prompt_front: Answer the question based on the given passages. Only give me the answer and do not output any other words.

Question: The large subunit and small subunit that use two types of RNA are major components that make up what?

The following are given passages.
Context 1: Passage 1:
Short interspersed nuclear elements (SINEs)
Short interspersed nuclear elements (SINEs) are non-autonomous, non-coding transposable elements (TEs) that are about 100 to 700 base pairs in length  They are a class of retrotransposons, DNA elements that amplify themselves throughout eukaryotic genomes, often through RNA intermediates  SINEs compose about 13% of the mammalian genome The internal regions of SINEs originate from tRNA and remain highly conserved, suggesting positive pressure to preserve structure and function of SINEs   While SINEs are present in many species of vertebrates and invertebrates, SINEs are often lineage specific, making them useful markers of divergent evolution between species  Copy number variation and mutations in the SINE sequence make it possible to construct phylogenies based on differences in SINEs between species  SINEs are also implicated in certain types of genetic disease in humans and other eukaryotes 
In essence, short interspersed nuclear elements are genetic parasites which have evolved very early in the history of eukaryotes to utilize protein machinery within the organism as well as to co-opt the machinery from similarly parasitic genomic elements  The simplicity of these elements make them remarkably successful at persisting and amplifying (through retrotransposition)  within the genomes of eukaryotes  These "parasites" which have become ubiquitous in genomes can be very deleterious to organisms as discussed below  However, eukaryotes have been able to integrate short-interspersed nuclear elements into different signaling, metabolic and regulatory pathways and SINEs have become a great source of genetic variability  They seem to play a particularly important role in the regulation of gene expression and the creation of RNA genes  This regulation extends to chromatin re-organization and the regulation of genomic architecture  The different lineages, mutations, and activities among eukaryotes make short-interspersed nuclear elements a useful tool in phylogenetic analysis 

Classification and structure
SINEs are classified as non-LTR retrotransposons because they do not contain long terminal repeats (LTRs)  There are three types of SINEs common to vertebrates and invertebrates: CORE-SINEs, V-SINEs, and AmnSINEs  SINEs have 50-500 base pair internal regions which contain a tRNA-derived segment with A and B boxes that serve as an internal promoter for RNA polymerase III 

Internal structure
SINEs are characterized by their different modules, which are essentially a sectioning of their sequence  SINEs can, but do not necessarily have to possess a head, a body, and a tail  The head, is at the 5' end of short-interspersed nuclear elements and is an evolutionarily derived from an RNA synthesized by RNA Polymerase III such as ribosomal RNAs and tRNAs; the 5' head is indicative of which endogenous element that SINE was derived from and was able to parasitically utilize its transcriptional machinery  For example, the 5' of the Alu sine is derived from 7SL RNA, a sequence transcribed by RNA Polymerase III which codes for the RNA element of SRP, an abundant ribonucleoprotein  The body of SINEs possess an unknown origin but often share much homology with a corresponding LINE which thus allows SINEs to parasitically co-opt endonucleases coded by LINEs (which recognize certain sequence motifs)  Lastly, the 3′ tail of SINEs is composed of short simple repeats of varying lengths; these simple repeats are sites where two (or more) short-interspersed nuclear elements can combine to form a dimeric SINE  Short-interspersed nuclear elements which only possess a head and tail are called simple SINEs whereas short-interspersed nuclear elements which also possess a body or are a combination of two or more SINEs are complex SINEs 

Transcription
Short-interspersed nuclear elements are transcribed by RNA polymerase III which is known to transcribe ribosomal RNA and tRNA, two types of RNA vital to ribosomal assembly and mRNA translation  SINEs, like tRNAs and many small-nuclear RNAs possess an internal promoter and thus are transcribed differently than most protein-coding genes   In other words, short-interspersed nuclear elements have their key promoter elements within the transcribed region itself  Though transcribed by RNA polymerase III, SINEs and other genes possessing internal promoters, recruit different transcriptional machinery and factors than genes possessing upstream promoters 

Effects on gene expression
Changes in chromosome structure influence gene expression primarily by affecting the accessibility of genes to transcriptional machinery  The chromosome has a very complex and hierarchical system of organizing the genome  This system of organization, which includes histones, methyl groups, acetyl groups, and a variety of proteins and RNAs allows different domains within a chromosome to be accessible to polymerases, transcription factors, and other associated proteins to different degrees   Furthermore, the shape and density of certain areas of a chromosome can affect the shape and density of neighboring (or even distant regions) on the chromosome through interaction facilitated by different proteins and elements  Non-coding RNAs  such as short-interspersed nuclear elements, which have been known to associate with and contribute to chromatin structure, can thus play huge role in regulating gene expression   Short-interspersed-nuclear-elements similarly can be involved in gene regulation by modifying genomic architecture 
In fact Usmanova et al  2008 suggested that short-interspersed nuclear elements can serve as direct signals in chromatin rearrangement and structure   The paper examined the global distribution of SINEs in mouse and human chromosomes and determined that this distribution was very similar to genomic distributions of genes and CpG motifs  The distribution of SINEs to genes was significantly more similar than that of other non-coding genetic elements and even differed significantly from the distribution of long-interspersed nuclear elements  This suggested that the SINE distribution was not a mere accident caused by LINE-mediated retrotransposition but rather that SINEs possessed a role in gene-regulation  Furthermore, SINEs frequently contain motifs for YY1 polycomb proteins  YY1 is a zinc-finger protein that acts as a transcriptional repressor for a wide-variety of genes essential for development and signaling   Polycomb protein YY1 is believed to mediate the activity of histone deacetylases and histone acetyltransferases to facilitate chromatin re-organization; this is often to facilitate the formation of heterochromatin (gene-silencing state)  Thus, the analysis suggests that short-interspersed nuclear elements can function as a ‘signal-booster' in the polycomb-dependent silencing of gene-sets through chromatin re-organization   In essence, it is the cumulative effect of many types of interactions that leads to the difference between euchromatin, which is not tightly packed and generally more accessible to transcriptional machinery, and heterochromatin, which is tightly packed and generally not accessible to transcriptional machinery; SINEs seem to play an evolutionary role in this process 
In addition to directly affecting chromatin structure, there are a number of ways in which SINEs can potentially regulate gene expression  For example, long non-coding RNA can directly interact with transcriptional repressors and activators, attenuating or modifying their function   This type of regulation can occur in different ways: the RNA transcript can directly bind to the transcription factor as a co-regulator; also, the RNA can regulate and modify the ability of co-regulators to associate with the transcription factor   For example, Evf-2, a certain long non-coding RNA, has been known to function as a co-activator for certain homeobox transcription factors which are critical to nervous system development and organization  Furthermore, RNA transcripts can interfere with the functionality of the transcriptional complex by interacting or associating with RNA polymerases during the transcription or loading processes  Moreover, non-coding RNAs like SINEs can bind or interact directly with the DNA duplex coding the gene and thus prevent its transcription Also, many non-coding RNAs are distributed near protein-coding genes, often in the reverse direction  This is especially true for short-interspersed nuclear elements as seen in Usmanova et al  These non-coding RNAs, which lie adjacent to or overlap gene-sets provide a mechanism by which transcription factors and machinery can be recruited to increase or repress the transcription of local genes  The particular example of SINEs potentially recruiting the YY1 polycomb transcriptional repressor is discussed above   Alternatively, it also provides a mechanism by which local gene expression can be curtailed and regulated because the transcriptional complexes can hinder or prevent nearby genes from being transcribed  There is research to suggest that this phenomenon is particularly seen in the gene-regulation of pluripotent cells In conclusion, non-coding RNAs such as SINEs are capable of affecting gene expression on a multitude of different levels and in different ways  Short-interspersed nuclear elements are believed to be deeply integrated into a complex regulatory network capable of fine-tuning gene expression across the eukaryotic genome 

Propagation and regulation
The RNA coded by the short-interspersed nuclear element does not code for any protein product but is nonetheless reverse-transcribed and inserted back into an alternate region in the genome  For this reason, short interspersed nuclear elements are believed to have co-evolved with long interspersed nuclear element (LINEs), as LINEs do in fact encode protein products which enable them to be reverse- transcribed and integrated back into the genome   SINEs are  believed to have co-opted the proteins coded by LINEs which are contained in 2 reading frames  Open reading frame 1 (ORF 1)  encodes a protein which binds to RNA and acts as a chaperone to facilitate and maintain the LINE protein-RNA complex structure  Open reading frame 2 (ORF 2) codes a protein which possesses both endonuclease and reverse transcriptase activities  This enables the LINE mRNA to be reverse-transcribed into DNA and integrated into the genome based on the sequence-motifs recognized by the protein's endonuclease domain 
LINE-1 (L1) is transcribed and retrotransposed most frequently in the germ-line and during early development; as a result SINEs move around the genome most during these periods  SINE transcription is down-regulated by transcription factors in somatic cells after early development, though stress can cause up-regulation of normally silent SINEs  SINEs can be transferred between individuals or species via horizontal transfer through a viral vector SINEs are known to share sequence homology with LINES which gives a basis by which the LINE machinery can reverse transcribe and integrate SINE transcripts  Alternately, some SINEs are believed to use a much more complex system of integrating back into the genome; this system involves the use random double-stranded DNA breaks (rather than the endonuclease coded by related long-interspersed nuclear elements creating an insertion-site)  These DNA breaks are utilized to prime reverse transcriptase, ultimately integrating the SINE transcript back into the genome  SINEs nonetheless depend on enzymes coded by other DNA elements and are thus known as non-autonomous retrotransposons as they depend on the machinery of LINEs, which are known as autonomous retrotransposons <The theory that short-interspersed nuclear elements have evolved to utilize the retrotransposon machinery of long-interspersed nuclear elements is supported by studies which examine the presence and distribution of LINEs and SINEs in taxa of different species  For example, LINEs and SINEs in rodents and primates show very strong homology at the insertion-site motif  Such evidence is a basis for the proposed mechanism in which integration of the SINE transcript can be co-opted with LINE-coded protein products  This is specifically demonstrated by a detailed analysis of over 20 rodent species profiled LINEs and SINEs, mainly L1s and B1s respectively; these are families of LINEs and SINEs found at high frequencies in rodents along with other mammals  The study sought to provide phylogenetic clarity within the context of LINE and SINE activity 
The study arrived at a candidate taxa believed to be the first instance of L1 LINE extinction; it expectedly discovered that there was no evidence to suggest that B1 SINE activity occurred in species which did not have L1 LINE activity  Also, the study suggested that B1 short-interspersed nuclear element silencing in fact occurred before L1 long-interspersed nuclear element extinction; this is due to the fact that B1 SINEs are silenced in the genus most-closely related to the genus which does not contain active L1 LINEs (though the genus with B1 SINE silencing still contains active L1 LINEs)   Another genus was also found which similarly contained active L1 long-interspersed nuclear elements but did not contain B1 short-interspersed nuclear elements; the opposite scenario, in which active B1 SINEs were present in a genus which did not possess active L1 LINEs was not found  This result was expected and strongly supports the theory that SINEs have evolved to co-opt the RNA-binding proteins, endonucleases, and reverse-transcriptases coded by LINEs  In taxa which do not actively transcribe and translate long-interspersed nuclear elements protein-products, SINEs do not have the theoretical foundation by which to retrotranspose within the genome  The results obtained in Rinehart et al  are thus very supportive of the current model of SINE retrotransposition 

Effects of SINE transposition
Insertion of a SINE upstream of a coding region may result in exon shuffling or changes to the regulatory region of the gene  Insertion of a SINE into the coding sequence of a gene can have deleterious effects and unregulated transposition can cause genetic disease  The transposition and recombination of SINEs and other active nuclear elements is thought to be one of the major contributions of genetic diversity between lineages during speciation 

Common SINEs
Short-interspersed nuclear elements are believed to have parasitic origins in eukaryotic genomes  These SINEs have mutated and replicated themselves a large number of times on an evolutionary time-scale and thus form many different lineages  Their early evolutionary origin has caused them to be ubiquitous in many eukaryotic lineages 
Alu elements, short-interspersed nuclear element of about 300 nucleotides, are the most common SINE in humans, with >1,000,000 copies throughout the genome, which is over 10 percent of the total genome; this is not uncommon among other species  Alu element copy number differences can be used to distinguish between and construct phylogenies of primate species  Canines differ primarily in their abundance of SINEC_Cf repeats throughout the genome, rather than other gene or allele level mutations  These dog-specific SINEs may code for a splice acceptor site, altering the sequences that appear as exons or introns in each species Apart from mammals, SINEs can reach high copy numbers in a range of species, including nonbony vertebrates (elephant shark) and some fish species (coelacanths)  In plants, SINEs are often restricted to closely related species and have emerged, decayed, and vanished frequently during evolution  Nevertheless, some SINE families such as the Au-SINEs and the Angio-SINEs are unusually widespread across many often unrelated plant species 

Diseases
There are >50 human diseases associated with SINEs  When inserted near or within the exon, SINEs can cause improper splicing, become coding regions, or change the reading frame, often leading to disease phenotypes in humans and other animals  Insertion of Alu elements in the human genome is associated with breast cancer, colon cancer, leukemia, hemophilia, Dent's disease, cystic fibrosis, neurofibromatosis, and many others 

microRNAs
The role of short-interspersed nuclear elements in gene regulation within cells has been supported by multiple studies  One such study examined the correlation between a certain family of SINEs with microRNAs (in zebrafish)  The specific family of SINEs being examined was the Anamnia V-SINEs; this family of short interspersed nuclear elements is often found in the untranslated region of the 3' end of many genes and is present in vertebrate genomes   The study involved a computational analysis in which the genomic distribution and activity of the Anamnia V-SINEs in Danio rerio zebrafish was examined; furthermore, these V-SINEs potential to generate novel microRNA loci was analyzed   It was found that genes which were predicted to possess V-SINEs were targeted by microRNAs with significantly higher hybridization E-values (relative to other areas in the genome)   The genes that had high hybridization E-values were genes particularly involved in metabolic and signaling pathways  Almost all miRNAs identified to have a strong ability to hybridize to putative V-SINE sequence motifs in genes have been identified (in mammals) to have regulatory roles  These results which establish a correlation between short-interspersed nuclear elements and different regulatory microRNAs strongly suggest that V-SINEs have a significant role in attenuating responses to different signals and stimuli related to metabolism, proliferation and differentiation  Many other studies must be undertaken to establish the validity and extent of short-interspersed nuclear element retrotransposons' role in regulatory gene-expression networks  In conclusion, though not much is known about the role and mechanism by which SINEs generate miRNA gene loci  it is generally understood that SINEs have played a significant evolutionary role in the creation of "RNA-genes", this is also touched upon above in SINEs and pseudogenes 
With such evidence suggesting that short-interspersed nuclear elements have been evolutionary sources for microRNA loci generation it is important to further discuss the potential relationships between the two as well as the mechanism by which the microRNA regulates RNA degradation and more broadly, gene expression   A microRNA is a non-coding RNA generally 22 nucleotides in length  This non-protein coding oligonucleotide is itself coded by longer nuclear DNA sequence usually transcribed by RNA polymerase II which is also responsible for the transcription of most mRNAs and snRNAs in eukaryotes   However, some research suggests that some microRNAs that possess upstream short-interspersed nuclear elements are transcribed by RNA polymerase III which is widely implicated in ribosomal RNA and tRNA, two transcripts vital to mRNA translation   This provides an alternate mechanism by which short-interspersed nuclear elements could be interacting with or mediating gene-regulatory networks involving microRNAs 
The regions coding miRNA can be independent RNA-genes often being anti-sense to neighboring protein-coding genes, or can be found within the introns of protein-coding genes  The co-localization of microRNA and protein-coding genes provides a mechanistic foundation by which microRNA regulates gene-expression  Furthermore, Scarpato et al   reveals (as discussed above) that genes predicted to possess short-interspersed nuclear elements (SINEs) through sequence analysis were targeted and hybridized by microRNAs significantly greater than other genes  This provides an evolutionarily path by which the parasitic SINEs were co-opted and utilized to form RNA-genes (such as microRNAs) which have evolved to play a role in complex gene-regulatory networks 
The microRNAs are transcribed as part of longer RNA strands of generally about 80 nucleotides which through complementary base-pairing are able to form hairpin loop structures These structures are recognized and processed in the nucleus by the nuclear protein DiGeorge Syndrome Critical Region 8 (DGCR8) which recruits and associates with the Drosha protein   This complex is responsible for cleaving some of the hair-pin structures from the pre-microRNA which is transported to the cytoplasm  The pre-miRNA is processed by the protein DICER into a double stranded 22 nucleotide   Thereafter, one of the strands is incorporated into a multi-protein RNA-induced silencing complex (RISC)  Among these proteins are proteins from the Argonaute family which are critical to the complex's ability to interact with and repress the translation of the target mRNA Understanding the different ways in which microRNA regulates gene-expression, including mRNA-translation and degradation is key to understanding the potential evolutionary role of SINEs in gene-regulation and in the generation of microRNA loci  This, in addition to SINEs' direct role in regulatory networks (as discussed in SINEs as long non-coding RNAs) is crucial to beginning to understand the relationship between SINEs and certain diseases  Multiple studies have suggested that increased SINE activity is correlated with certain gene-expression profiles and post-transcription regulation of certain genes   In fact, Peterson et al  2013 demonstrated that high SINE RNA expression correlates with post-transcriptional downregulation of BRCA1, a tumor suppressor implicated in multiple forms of cancer, namely breast cancer  Furthermore, studies have established a strong correlation between transcriptional mobilization of SINEs and certain cancers and conditions such as hypoxia; this can be due to the genomic instability caused by SINE activity as well as more direct-downstream effects   SINEs have also been implicated in countless other diseases  In essence, short-interspersed nuclear elements have become deeply integrated in countless regulatory, metabolic and signaling pathways and thus play an inevitable role in causing disease  Much is still to be known about these genomic parasites but it is clear they play a significant role within eukaryotic organisms 

SINEs and pseudogenes
The activity of SINEs however has genetic vestiges which do not seem to play a significant role, positive or negative, and manifest themselves in the genome as pseudogenes   SINEs however should not be mistaken as RNA pseudogenes  In general, pseudogenes are generated when processed mRNAs of protein-coding genes are reverse-transcribed and incorporated back into the genome (RNA pseudogenes are reverse transcribed RNA genes)  Pseudogenes are generally functionless as they descend from processed RNAs independent of their evolutionary-context which includes introns and different regulatory elements which enable transcription and processing  These pseudogenes, though non-functional may in some cases still possess promoters, CpG islands, and other features which enable transcription; they thus can still be transcribed and may possess a role in the regulation of gene expression (like SINEs and other non-coding elements)   Pseudogenes thus differ from SINEs in that they are derived from transcribed- functional RNA whereas SINEs are DNA elements which retrotranspose by co-opting RNA genes transcriptional machinery  However, there are studies which suggest  that retro-transposable elements such as short-interspersed nuclear elements are not only capable of copying themselves in alternate regions in the genome but are also able to do so for random genes too   Thus SINEs can be playing a vital role in the generation of pseudogenes, which themselves are known to be involved in regulatory networks  This is perhaps another means by which SINEs have been able to influence and contribute to gene-regulation 
Passage 2:
Exonuclease VII
The enzyme exodeoxyribonuclease VII (EC 3 1 11 6, Escherichia coli exonuclease VII, E  coli exonuclease VII, endodeoxyribonuclease VII, exodeoxyribonuclease VII) is a bacterial exonuclease enzyme  It is composed of two nonidentical subunits; one large subunit and 4 small ones  that catalyses exonucleolytic cleavage in either 5′- to 3′- or 3′- to 5′-direction to yield nucleoside 5′-phosphates  The large subunit also contains an N-terminal OB-fold domain that binds to nucleic acids 
Passage 3:
Ribosomal protein
A ribosomal protein (r-protein or rProtein) is any of the proteins that, in conjunction with rRNA, make up the ribosomal subunits involved in the cellular process of translation  E  coli, other bacteria and Archaea have a 30S small subunit and a 50S large subunit, whereas humans and yeasts have a 40S small subunit and a 60S large subunit  Equivalent subunits are frequently numbered differently between bacteria, Archaea, yeasts and humans A large part of the knowledge about these organic molecules has come from the study of E  coli ribosomes  All ribosomal proteins have been isolated and many specific antibodies have been produced  These, together with electronic microscopy and the use of certain reactives, have allowed for the determination of the topography of the proteins in the ribosome   More recently, a near-complete (near)atomic picture of the ribosomal proteins is emerging from the latest high-resolution cryo-EM data (including PDB: 5AFI​) 

Conservation
Ribosomal proteins are among the most highly conserved proteins across all life forms  Among the 40 proteins found in various small ribosomal subunits (RPSs), 15 subunits are universally conserved across prokaryotes and eukaryotes  However, 7 subunits are only found in bacteria (bS21, bS6, bS16, bS18, bS20, bS21, and bTHX), while 17 subunits are only found in archaea and eukaryotes  Typically 22 proteins are found in bacterial small subunits and 32 in yeast, human and most likely most other eukaryotic species  Twenty-seven (out of 32) proteins of the eukaryotic small ribosomal subunit proteins are also present in archaea (no ribosomal protein is exclusively found in archaea), confirming that they are more closely related to eukaryotes than to bacteria Among the large ribosomal subunit (RPLs), 18 proteins are universal, i e  found in both bacteria, eukaryotes, and archaea  14 proteins are only found in bacteria, while 27 proteins are only found in archaea and eukaryotes  Again, archaea have no proteins unique to them 

Essentiality
Despite their high conservation over billions of years of evolution, the absence of several ribosomal proteins in certain species shows that ribosomal subunits have been added and lost over the course of evolution  This is also reflected by the fact that several ribosomal proteins do not appear to be essential when deleted  For instance, in E  coli nine ribosomal proteins (uL15, bL21, uL24, bL27, uL29, uL30, bL34, uS9, and uS17) are nonessential for survival when deleted  Taken together with previous results, 22 of the 54 E  coli ribosomal protein genes can be individually deleted from the genome  Similarly, 16 ribosomal proteins (uL1, bL9, uL15, uL22, uL23, bL28, uL29, bL32, bL33 1, bL33 2, bL34, bL35, bL36, bS6, bS20, and bS21) were successfully deleted in Bacillus subtilis  In conjunction with previous reports, 22 ribosomal proteins have been shown to be nonessential in B  subtilis, at least for cell proliferation 

Assembly
In E  coli
The ribosome of E  coli has about 22 proteins in the small subunit (labelled S1 to S22) and 33 proteins in the large subunit (somewhat counter-intuitively called L1 to L36)  All of them are different with three exceptions: one protein is found in both subunits (S20 and L26), L7 and L12 are acetylated and methylated forms of the same protein, and L8 is a complex of L7/L12 and L10  In addition, L31 is known to exist in two forms, the full length at 7 9 kilodaltons (kDa) and fragmented at 7 0 kDa  This is why the number of proteins in a ribosome is of 56  Except for S1 (with a molecular weight of 61 2 kDa), the other proteins range in weight between 4 4 and 29 7 kDa Recent de novo proteomics experiments where the authors characterized in vivo ribosome-assembly intermediates and associated assembly factors from wild-type Escherichia coli cells using a general quantitative mass spectrometry (qMS) approach have confirmed the presence of all the known small and large subunit components and have identified a total of 21 known and potentially new ribosome-assembly-factors that co-localise with various ribosomal particles 

Disposition in the small ribosomal subunit
In the small (30S) subunit of E  coli ribosomes, the proteins denoted uS4, uS7, uS8, uS15, uS17, bS20 bind independently to 16S rRNA  After assembly of these primary binding proteins, uS5, bS6, uS9, uS12, uS13, bS16, bS18, and uS19 bind to the growing ribosome  These proteins also potentiate the addition of uS2, uS3, uS10, uS11, uS14, and bS21  Protein binding to helical junctions is important for initiating the correct tertiary fold of RNA and to organize the overall structure  Nearly all the proteins contain one or more globular domains  Moreover, nearly all contain long extensions that can contact the RNA in far-reaching regions  Additional stabilization results from the proteins' basic residues, as these neutralize the charge repulsion of the RNA backbone  Protein–protein interactions also exist to hold structure together by electrostatic and hydrogen bonding interactions  Theoretical investigations pointed to correlated effects of protein-binding onto binding affinities during the assembly processIn one study, the net charges (at pH 7 4) of the ribosomal proteins comprising the highly conserved S10-spc cluster were found to have an inverse relationship with the halophilicity/halotolerance levels in bacteria and archaea  In non-halophilic bacteria, the S10-spc proteins are generally basic, contrasting with the overall acidic whole proteomes of the extremely halophiles  The universal uL2 lying in the oldest part of the ribosome, is always positively charged irrespective of the strain/organism it belongs to 

In eukaryotes
Ribosomes in eukaryotes contain 79–80 proteins and four ribosomal RNA (rRNA) molecules 
General or specialized chaperones solubilize the ribosomal proteins and facilitate their import into the nucleus  Assembly of the eukaryotic ribosome appears to be driven by the ribosomal proteins in vivo when assembly is also aided by chaperones   Most ribosomal proteins assemble with rRNA co-transcriptionally, becoming associated more stably as assembly proceeds, and the active sites of both subunits are constructed last 

Table of ribosomal proteins
In the past, different nomenclatures were used for the same ribosomal protein in different organisms  Not only were the names not consistent across domains; the names also differed between organisms within a domain, such as humans and S  cervisiae, both eukaryotes  This was due to researchers assigning names before the sequences were known, causing trouble for later research  The following tables use the unified nomenclature by Ban et al , 2014  The same nomenclature is used by UniProt's "family" curation In general, cellular ribosomal proteins are to be called simply using the cross domain name, e g  "uL14" for what is currently called L23 in humans  A suffix is used for the organellar versions, so that "uL14m" refers to the human mitochondrial uL14 (MRPL14)  Organelle-specific proteins use their own cross-domain prefixes, for example "mS33" for MRPS33: Table S3,S4  and "cL37" for PSRP5 : Table S2,S3  (See the two proceeding citations, also partially by Ban N, for the organelle nomenclatures )

See also
Alpha operon ribosome binding site
Ribosomal protein L20 leader
Mitochondrial ribosome, for a list of its protein subunits
Passage 4:
Nuclear cap-binding protein complex
Nuclear cap-binding protein complex is a RNA-binding protein which binds to the 5' cap of pre-mRNA  The cap and nuclear cap-binding protein have many functions in mRNA biogenesis including splicing, 3'-end formation by stabilizing the interaction of the 3'-end processing machinery, nuclear export and protection of the transcripts from nuclease degradation  When RNA is exported to the cytoplasm the nuclear cap-binding protein complex is replaced by cytoplasmic cap binding complex  The nuclear cap-binding complex is a functional heterodimer and composed of Cbc1/Cbc2 in yeast and CBC20/CBC80 in multicellular eukaryotes  Human nuclear cap-binding protein complex shows the large subunit, CBC80 consists of 757 amino acid residues  Its secondary structure contains approximately sixty percent of helical and one percent of beta sheet in the strand  The small subunit, CBC20 has 98 amino acid residues  Its secondary structure contains approximately twenty percent of helical and twenty-four percent of beta sheet in the strand  Human nuclear cap-binding protein complex plays important role in the maturation of pre-mRNA and in uracil-rich small nuclear RNA 
Passage 5:
Ribozyme
Ribozymes (ribonucleic acid enzymes) are RNA molecules that have the ability to catalyze specific biochemical reactions, including RNA splicing in gene expression, similar to the action of protein enzymes  The 1982 discovery of ribozymes demonstrated that RNA can be both genetic material (like DNA) and a biological catalyst (like protein enzymes), and contributed to the RNA world hypothesis, which suggests that RNA may have been important in the evolution of prebiotic self-replicating systems The most common activities of natural or in vitro evolved ribozymes are the cleavage (or ligation) of RNA and DNA and peptide bond formation  For example, the smallest ribozyme known (GUGGC-3') can aminoacylate a GCCU-3' sequence in the presence of PheAMP  Within the ribosome, ribozymes function as part of the large subunit ribosomal RNA to link amino acids during protein synthesis  They also participate in a variety of RNA processing reactions, including RNA splicing, viral replication, and transfer RNA biosynthesis  Examples of ribozymes include the hammerhead ribozyme, the VS ribozyme, leadzyme, and the hairpin ribozyme 
Researchers who are investigating the origins of life through the RNA world hypothesis have been working on discovering a ribozyme with the capacity to self-replicate, which would require it to have the ability to catalytically synthesize polymers of RNA  This should be able to happen in prebiotically plausible conditions with high rates of copying accuracy to prevent degradation of information but also allowing for the occurrence of occasional errors during the copying process to allow for Darwinian evolution to proceed Attempts have been made to develop ribozymes as therapeutic agents, as enzymes which target defined RNA sequences for cleavage, as biosensors, and for applications in functional genomics and gene discovery 

Discovery
Before the discovery of ribozymes, enzymes—which are defined as catalytic proteins—were the only known biological catalysts  In 1967, Carl Woese, Francis Crick, and Leslie Orgel were the first to suggest that RNA could act as a catalyst  This idea was based upon the discovery that RNA can form complex secondary structures  These ribozymes were found in the intron of an RNA transcript, which removed itself from the transcript, as well as in the RNA component of the RNase P complex, which is involved in the maturation of pre-tRNAs  In 1989, Thomas R  Cech and Sidney Altman shared the Nobel Prize in chemistry for their "discovery of catalytic properties of RNA"  The term ribozyme was first introduced by Kelly Kruger et al  in a paper published in Cell in 1982 It had been a firmly established belief in biology that catalysis was reserved for proteins  However, the idea of RNA catalysis is motivated in part by the old question regarding the origin of life: Which comes first, enzymes that do the work of the cell or nucleic acids that carry the information required to produce the enzymes? The concept of "ribonucleic acids as catalysts" circumvents this problem  RNA, in essence, can be both the chicken and the egg In the 1980s, Thomas Cech, at the University of Colorado Boulder, was studying the excision of introns in a ribosomal RNA gene in Tetrahymena thermophila  While trying to purify the enzyme responsible for the splicing reaction, he found that the intron could be spliced out in the absence of any added cell extract  As much as they tried, Cech and his colleagues could not identify any protein associated with the splicing reaction  After much work, Cech proposed that the intron sequence portion of the RNA could break and reform phosphodiester bonds  At about the same time, Sidney Altman, a professor at Yale University, was studying the way tRNA molecules are processed in the cell when he and his colleagues isolated an enzyme called RNase-P, which is responsible for conversion of a precursor tRNA into the active tRNA  Much to their surprise, they found that RNase-P contained RNA in addition to protein and that RNA was an essential component of the active enzyme  This was such a foreign idea that they had difficulty publishing their findings  The following year, Altman demonstrated that RNA can act as a catalyst by showing that the RNase-P RNA subunit could catalyze the cleavage of precursor tRNA into active tRNA in the absence of any protein component 
Since Cech's and Altman's discovery, other investigators have discovered other examples of self-cleaving RNA or catalytic RNA molecules  Many ribozymes have either a hairpin – or hammerhead – shaped active center and a unique secondary structure that allows them to cleave other RNA molecules at specific sequences  It is now possible to make ribozymes that will specifically cleave any RNA molecule  These RNA catalysts may have pharmaceutical applications  For example, a ribozyme has been designed to cleave the RNA of HIV  If such a ribozyme were made by a cell, all incoming virus particles would have their RNA genome cleaved by the ribozyme, which would prevent infection 

Structure and mechanism
Despite having only four choices for each monomer unit (nucleotides), compared to 20 amino acid side chains found in proteins, ribozymes have diverse structures and mechanisms  In many cases they are able to mimic the mechanism used by their protein counterparts  For example, in self cleaving ribozyme RNAs, an in-line SN2 reaction is carried out using the 2’ hydroxyl group as a nucleophile attacking the bridging phosphate and causing 5’ oxygen of the N+1 base to act as a leaving group  In comparison, RNase A, a protein that catalyzes the same reaction, uses a coordinating histidine and lysine to act as a base to attack the phosphate backbone Like many protein enzymes, metal binding is also critical to the function of many ribozymes  Often these interactions use both the phosphate backbone and the base of the nucleotide, causing drastic conformational changes  There are two mechanism classes for the cleavage of a phosphodiester backbone in the presence of metal  In the first mechanism, the internal 2’- OH group attacks the phosphorus center in a SN2 mechanism  Metal ions promote this reaction by first coordinating the phosphate oxygen and later stabling the oxyanion  The second mechanism also follows a SN2 displacement, but the nucleophile comes from water or exogenous hydroxyl groups rather than RNA itself  The smallest ribozyme is UUU, which can promote the cleavage between G and A of the GAAA tetranucleotide via the first mechanism in the presence of Mn2+  The reason why this trinucleotide (rather than the complementary tetramer) catalyzes this reaction may be because the UUU-AAA pairing is the weakest and most flexible trinucleotide among the 64 conformations, which provides the binding site for Mn2+ Phosphoryl transfer can also be catalyzed without metal ions  For example, pancreatic ribonuclease A and hepatitis delta virus (HDV) ribozymes can catalyze the cleavage of RNA backbone through acid-base catalysis without metal ions  Hairpin ribozyme can also catalyze the self-cleavage of RNA without metal ions, but the mechanism for this is still unclear Ribozyme can also catalyze the formation of peptide bond between adjacent amino acids by lowering the activation entropy 

Activities
Although ribozymes are quite rare in most cells, their roles are sometimes essential to life  For example, the functional part of the ribosome, the biological machine that translates RNA into proteins, is fundamentally a ribozyme, composed of RNA tertiary structural motifs that are often coordinated to metal ions such as Mg2+ as cofactors  In a model system, there is no requirement for divalent cations in a five-nucleotide RNA catalyzing trans-phenylalanation of a four-nucleotide substrate with 3 base pairs complementary with the catalyst, where the catalyst/substrate were devised by truncation of the C3 ribozyme The best-studied ribozymes are probably those that cut themselves or other RNAs, as in the original discovery by Cech and Altman  However, ribozymes can be designed to catalyze a range of reactions, many of which may occur in life but have not been discovered in cells RNA may catalyze folding of the pathological protein conformation of a prion in a manner similar to that of a chaperonin 

Ribozymes and the origin of life
RNA can also act as a hereditary molecule, which encouraged Walter Gilbert to propose that in the distant past, the cell used RNA as both the genetic material and the structural and catalytic molecule rather than dividing these functions between DNA and protein as they are today; this hypothesis is known as the "RNA world hypothesis" of the origin of life  Since nucleotides and RNA (and thus ribozymes) can arise by inorganic chemicals, they are candidates for the first enzymes, and in fact, the first "replicators" (i e , information-containing macro-molecules that replicate themselves)  An example of a self-replicating ribozyme that ligates two substrates to generate an exact copy of itself was described in 2002 
The discovery of the catalytic activity of RNA solved the "chicken and egg" paradox of the origin of life, solving the problem of origin of peptide and nucleic acid central dogma  According to this scenario, at the origin of life, all enzymatic activity and genetic information encoding was done by one molecule: RNA 
Ribozymes have been produced in the laboratory that are capable of catalyzing the synthesis of other RNA molecules from activated monomers under very specific conditions, these molecules being known as RNA polymerase ribozymes  The first RNA polymerase ribozyme was reported in 1996, and was capable of synthesizing RNA polymers up to 6 nucleotides in length  Mutagenesis and selection has been performed on an RNA ligase ribozyme from a large pool of random RNA sequences, resulting in isolation of the improved "Round-18" polymerase ribozyme in 2001 which could catalyze RNA polymers now up to 14 nucleotides in length  Upon application of further selection on the Round-18 ribozyme, the B6 61 ribozyme was generated and was able to add up to 20 nucleotides to a primer template in 24 hours, until it decomposes by cleavage of its phosphodiester bonds The rate at which ribozymes can polymerize an RNA sequence multiples substantially when it takes place within a micelle The next ribozyme discovered was the "tC19Z" ribozyme, which can add up to 95 nucleotides with a fidelity of 0 0083 mutations/nucleotide  Next, the "tC9Y" ribozyme was discovered by researchers and was further able to synthesize RNA strands up to 206 nucleotides long in the eutectic phase conditions at below-zero temperature, conditions previously shown to promote ribozyme polymerase activity The RNA polymerase ribozyme (RPR) called tC9-4M was able to polymerize RNA chains longer than itself (i e  longer than 177 nt) in magnesium ion concentrations close to physiological levels, whereas earlier RPRs required prebiotically implausible concentrations of up to 200 mM  The only factor required for it to achieve this was the presence of a very simple amino acid polymer called lysine decapeptide The most complex RPR synthesized by that point was called 24-3, which was newly capable of polymerizing the sequences of a substantial variety of nucleotide sequences and navigating through complex secondary structures of RNA substrates inaccessible to previous ribozymes  In fact, this experiment was the first to use a ribozyme to synthesize a tRNA molecule  Starting with the 24-3 ribozyme, Tjhung et al  applied another fourteen rounds of selection to obtain an RNA polymerase ribozyme by in vitro evolution termed '38-6' that has an unprecedented level of activity in copying complex RNA molecules  However, this ribozyme is unable to copy itself and its RNA products have a high mutation rate  In a subsequent study, the researchers began with the 38-6 ribozyme and applied another 14 rounds of selection to generate the '52-2' ribozyme, which compared to 38-6, was again many times more active and could begin generating detectable and functional levels of the class I ligase, although it was still limited in its fidelity and functionality in comparison to copying of the same template by proteins such as the T7 RNA polymerase An RPR called t5(+1) adds triplet nucleotides at a time instead of just one nucleotide at a time  This heterodimeric RPR can navigate secondary structures inaccessible to 24-3, including hairpins  In the initial pool of RNA variants derived only from a previously synthesized RPR known as the Z RPR, two sequences separately emerged and evolved to be mutualistically dependent on each other  The Type 1 RNA evolved to be catalytically inactive, but complexing with the Type 5 RNA boosted its polymerization ability and enabled intermolecular interactions with the RNA template substrate obviating the need to tether the template directly to the RNA sequence of the RPR, which was a limitation of earlier studies  Not only did t5(+1) not need tethering to the template, but a primer was not needed either as t5(+1) had the ability to polymerize a template in both 3' → 5' and 5' 3 → 3' directions A highly evolved RNA polymerase ribozyme was able to function as a reverse transcriptase, that is, it can synthesize a DNA copy using an RNA template  Such an activity is considered to have been crucial for the transition from RNA to DNA genomes during the early history of life on earth  Reverse transcription capability could have arisen as a secondary function of an early RNA-dependent RNA polymerase ribozyme 
An RNA sequence that folds into a ribozyme is capable of invading duplexed RNA, rearranging into an open holopolymerase complex, and then searching for a specific RNA promoter sequence, and upon recognition rearrange again into a processive form that polymerizes a complementary strand of the sequence  This ribozyme is capable of extending duplexed RNA by up to 107 nucleotides, and does so without needing to tether the sequence being polymerized 

Artificial ribozymes
Since the discovery of ribozymes that exist in living organisms, there has been interest in the study of new synthetic ribozymes made in the laboratory  For example, artificially produced self-cleaving RNAs with good enzymatic activity have been produced  Tang and Breaker isolated self-cleaving RNAs by in vitro selection of RNAs originating from random-sequence RNAs  Some of the synthetic ribozymes that were produced had novel structures, while some were similar to the naturally occurring hammerhead ribozyme 
In 2015, researchers at Northwestern University and the University of Illinois Chicago engineered a tethered ribosome that works nearly as well as the authentic cellular component that produces all the proteins and enzymes within the cell  Called Ribosome-T, or Ribo-T, the artificial ribosome was created by Michael Jewett and Alexander Mankin  The techniques used to create artificial ribozymes involve directed evolution  This approach takes advantage of RNA's dual nature as both a catalyst and an informational polymer, making it easy for an investigator to produce vast populations of RNA catalysts using polymerase enzymes  The ribozymes are mutated by reverse transcribing them with reverse transcriptase into various cDNA and amplified with error-prone PCR  The selection parameters in these experiments often differ  One approach for selecting a ligase ribozyme involves using biotin tags, which are covalently linked to the substrate  If a molecule possesses the desired ligase activity, a streptavidin matrix can be used to recover the active molecules 
Lincoln and Joyce used in vitro evolution to develop ribozyme ligases capable of self-replication in about an hour, via the joining of pre-synthesized highly complementary oligonucleotides Although not true catalysts, the creation of artificial self-cleaving riboswitches, termed aptazymes, has also been an active area of research  Riboswitches are regulatory RNA motifs that change their structure in response to a small molecule ligand to regulate translation  While there are many known natural riboswitches that bind a wide array of metabolites and other small organic molecules, only one ribozyme based on a riboswitch has been described: glmS  Early work in characterizing self-cleaving riboswitches was focused on using theophylline as the ligand  In these studies, an RNA hairpin is formed which blocks the ribosome binding site, thus inhibiting translation  In the presence of the ligand, in these cases theophylline, the regulatory RNA region is cleaved off, allowing the ribosome to bind and translate the target gene  Much of this RNA engineering work was based on rational design and previously determined RNA structures rather than directed evolution as in the above examples  More recent work has broadened the ligands used in ribozyme riboswitches to include thymine pyrophosphate  Fluorescence-activated cell sorting has also been used to engineering aptazymes 

Applications
Ribozymes have been proposed and developed for the treatment of disease through gene therapy  One major challenge of using RNA-based enzymes as a therapeutic is the short half-life of the catalytic RNA molecules in the body  To combat this, the 2’ position on the ribose is modified to improve RNA stability  One area of ribozyme gene therapy has been the inhibition of RNA-based viruses 
A type of synthetic ribozyme directed against HIV RNA called gene shears has been developed and has entered clinical testing for HIV infection Similarly, ribozymes have been designed to target the hepatitis C virus RNA, SARS coronavirus (SARS-CoV), Adenovirus and influenza A and B virus RNA  The ribozyme is able to cleave the conserved regions of the virus's genome, which has been shown to reduce the virus in mammalian cell culture  Despite these efforts by researchers, these projects have remained in the preclinical stage 

Known ribozymes
Well-validated naturally occurring ribozyme classes:

See also
Notes and references
Further reading
External links
Tom Cech's Short Talk: "Discovering Ribozymes"
Passage 6:
Ribosome
Ribosomes () are macromolecular machines, found within all  cells, that perform biological protein synthesis (mRNA translation)  Ribosomes link amino acids together in the order specified by the codons of messenger RNA (mRNA) molecules to form polypeptide chains  Ribosomes consist of two major components: the small and large ribosomal subunits  Each subunit consists of one or more ribosomal RNA (rRNA) molecules and many ribosomal proteins (RPs or r-proteins)  The ribosomes and associated molecules are also known as the translational apparatus 

Overview
The sequence of DNA that encodes the sequence of the amino acids in a protein is transcribed into a messenger RNA chain  Ribosomes bind to messenger RNAs and use their sequences for determining the correct sequence of amino acids to generate a given protein  Amino acids are selected and carried to the ribosome by transfer RNA (tRNA) molecules, which enter the ribosome and bind to the messenger RNA chain via an anti-codon stem loop  For each coding triplet (codon) in the messenger RNA, there is a unique transfer RNA that must have the exact anti-codon match, and carries the correct amino acid for incorporating into a growing polypeptide chain  Once the protein is produced, it can then fold to produce a functional three-dimensional structure 
A ribosome is made from complexes of RNAs and proteins and is therefore a ribonucleoprotein complex  Each ribosome is composed of small (30S) and large (50S) components, called subunits, which are bound to each other:

(30S) has mainly a decoding function and is also bound to the mRNA
(50S) has mainly a catalytic function and is also bound to the aminoacylated tRNAs The synthesis of proteins from their building blocks takes place in four phases: initiation, elongation, termination, and recycling  The start codon in all mRNA molecules has the sequence AUG  The stop codon is one of UAA, UAG, or UGA; since there are no tRNA molecules that recognize these codons, the ribosome recognizes that translation is complete  When a ribosome finishes reading an mRNA molecule, the two subunits separate and are usually broken up but can be re-used  Ribosomes are ribozymes, because the catalytic peptidyl transferase activity that links amino acids together is performed by the ribosomal RNA Ribosomes are often associated with the intracellular membranes that make up the rough endoplasmic reticulum 
Ribosomes from bacteria, archaea and eukaryotes in the three-domain system resemble each other to a remarkable degree, evidence of a common origin  They differ in their size, sequence, structure, and the ratio of protein to RNA  The differences in structure allow some antibiotics to kill bacteria by inhibiting their ribosomes, while leaving human ribosomes unaffected  In all species, more than one ribosome may move along a single mRNA chain at one time (as a polysome), each "reading" a specific sequence and producing a corresponding protein molecule 
The mitochondrial ribosomes of eukaryotic cells functionally resemble many features of those in bacteria, reflecting the likely evolutionary origin of mitochondria 

Discovery
Ribosomes were first observed in the mid-1950s by Romanian-American cell biologist George Emil Palade, using an electron microscope, as dense particles or granules   They were initially called  Palade granules due to their granular structure   The term "ribosome" was proposed in 1958:

During the course of the symposium a semantic difficulty became apparent  To some of the participants, "microsomes" mean the ribonucleoprotein particles of the microsome fraction contaminated by other protein and lipid material; to others, the microsomes consist of protein and lipid contaminated by particles  The phrase "microsomal particles" does not seem adequate, and "ribonucleoprotein particles of the microsome fraction" is much too awkward  During the meeting, the word "ribosome" was suggested, which has a very satisfactory name and a pleasant sound  The present confusion would be eliminated if "ribosome" were adopted to designate ribonucleoprotein particles in sizes ranging from 35 to 100S 
Albert Claude, Christian de Duve, and George Emil Palade were jointly awarded the Nobel Prize in Physiology or Medicine, in 1974, for the discovery of the ribosome  The Nobel Prize in Chemistry 2009 was awarded to Venkatraman Ramakrishnan, Thomas A  Steitz and Ada E  Yonath for determining the detailed structure and mechanism of the ribosome 

Structure
The ribosome is a complex cellular machine  It is largely made up of specialized RNA known as ribosomal RNA (rRNA) as well as dozens of distinct proteins (the exact number varies slightly between species)  The ribosomal proteins and rRNAs are arranged into two distinct ribosomal pieces of different sizes, known generally as the large and small subunit of the ribosome  Ribosomes consist of two subunits that fit together (Figure 2) and work as one to translate the mRNA into a polypeptide chain during protein synthesis (Figure 1)  Because they are formed from two subunits of non-equal size, they are slightly longer in the axis than in diameter 

Prokaryotic ribosomes
Prokaryotic ribosomes are around 20 nm (200 Å) in diameter and are composed of 65% rRNA and 35% ribosomal proteins  Eukaryotic ribosomes are between 25 and 30 nm (250–300 Å) in diameter with an rRNA-to-protein ratio that is close to 1  Crystallographic work has shown that there are no ribosomal proteins close to the reaction site for polypeptide synthesis  This suggests that the protein components of ribosomes do not directly participate in peptide bond formation catalysis, but rather that these proteins act as a scaffold that may enhance the ability of rRNA to synthesize protein (See: Ribozyme) 

The ribosomal subunits of prokaryotes and eukaryotes are quite similar The unit of measurement used to describe the ribosomal subunits and the rRNA fragments is the Svedberg unit, a measure of the rate of sedimentation in centrifugation rather than size  This accounts for why fragment names do not add up: for example, bacterial 70S ribosomes are made of 50S and 30S subunits 
Prokaryotes have 70S ribosomes, each consisting of a small (30S) and a large (50S) subunit  E  coli, for example, has a 16S RNA subunit (consisting of 1540 nucleotides) that is bound to 21 proteins  The large subunit is composed of a 5S RNA subunit (120 nucleotides), a 23S RNA subunit (2900 nucleotides) and 31 proteins 
Affinity label for the tRNA binding sites on the E  coli ribosome allowed the identification of A and P site proteins most likely associated with the peptidyltransferase activity; labelled proteins are L27, L14, L15, L16, L2; at least L27 is located at the donor site, as shown by E  Collatz and A P  Czernilofsky  Additional research has demonstrated that the S1 and S21 proteins, in association with the 3′-end of 16S ribosomal RNA, are involved in the initiation of translation 

Archaeal ribosomes
Archaeal ribosomes share the same general dimensions of bacteria ones, being a 70S ribosome made up from a 50S large subunit, a 30S small subunit, and containing three rRNA chains  However, on the sequence level, they are much closer to eukaryotic ones than to bacterial ones  Every extra ribosomal protein archaea have compared to bacteria has a eukaryotic counterpart, while no such relation applies between archaea and bacteria 

Eukaryotic ribosomes
Eukaryotes have 80S ribosomes located in their cytosol, each consisting of a small (40S) and large (60S) subunit  Their 40S subunit has an 18S RNA (1900 nucleotides) and 33 proteins  The large subunit is composed of a 5S RNA (120 nucleotides), 28S RNA (4700 nucleotides), a 5 8S RNA (160 nucleotides) subunits and 49 proteins 
During 1977, Czernilofsky published research that used affinity labeling to identify tRNA-binding sites on rat liver ribosomes  Several proteins, including L32/33, L36, L21, L23, L28/29 and L13 were implicated as being at or near the peptidyl transferase center 

Plastoribosomes and mitoribosomes
In eukaryotes, ribosomes are present in mitochondria (sometimes called mitoribosomes) and in plastids such as chloroplasts (also called plastoribosomes)  They also consist of large and small subunits bound together with proteins into one 70S particle  These ribosomes are similar to those of bacteria and these organelles are thought to have originated as symbiotic bacteria  Of the two, chloroplastic ribosomes are closer to bacterial ones than mitochondrial ones are  Many pieces of ribosomal RNA in the mitochondria are shortened, and in the case of 5S rRNA, replaced by other structures in animals and fungi  In particular, Leishmania tarentolae has a minimalized set of mitochondrial rRNA  In contrast, plant mitoribosomes have both extended rRNA and additional proteins as compared to bacteria, in particular, many pentatricopetide repeat proteins The cryptomonad and chlorarachniophyte algae may contain a nucleomorph that resembles a vestigial eukaryotic nucleus  Eukaryotic 80S ribosomes may be present in the compartment containing the nucleomorph 

Making use of the differences
The differences between the bacterial and eukaryotic ribosomes are exploited by pharmaceutical chemists to create antibiotics that can destroy a bacterial infection without harming the cells of the infected person  Due to the differences in their structures, the bacterial 70S ribosomes are vulnerable to these antibiotics while the eukaryotic 80S ribosomes are not  Even though mitochondria possess ribosomes similar to the bacterial ones, mitochondria are not affected by these antibiotics because they are surrounded by a double membrane that does not easily admit these antibiotics into the organelle  A noteworthy counterexample, however, includes the antineoplastic antibiotic chloramphenicol, which successfully inhibits bacterial 50S and eukaryotic mitochondrial 50S ribosomes  Ribosomes in chloroplasts, however, are different: Antibiotic resistance in chloroplast ribosomal proteins is a trait that has to be introduced as a marker, with genetic engineering 

Common properties
The various ribosomes share a core structure, which is quite similar despite the large differences in size  Much of the RNA is highly organized into various tertiary structural motifs, for example pseudoknots that exhibit coaxial stacking  The extra RNA in the larger ribosomes is in several long continuous insertions, such that they form loops out of the core structure without disrupting or changing it  All of the catalytic activity of the ribosome is carried out by the RNA; the proteins reside on the surface and seem to stabilize the structure 

High-resolution structure
The general molecular structure of the ribosome has been known since the early 1970s  In the early 2000s, the structure has been achieved at high resolutions, of the order of a few ångströms 
The first papers giving the structure of the ribosome at atomic resolution were published almost simultaneously in late 2000  The 50S (large prokaryotic) subunit was determined from the archaeon Haloarcula marismortui and the bacterium Deinococcus radiodurans, and the structure of the 30S subunit was determined from Thermus thermophilus  These structural studies were awarded the Nobel Prize in Chemistry in 2009  In May 2001 these coordinates were used to reconstruct the entire T  thermophilus 70S particle at 5 5 Å resolution Two papers were published in November 2005 with structures of the Escherichia coli 70S ribosome  The structures of a vacant ribosome were determined at 3 5 Å resolution using X-ray crystallography  Then, two weeks later, a structure based on cryo-electron microscopy was published, which depicts the ribosome at 11–15 Å resolution in the act of passing a newly synthesized protein strand into the protein-conducting channel 
The first atomic structures of the ribosome complexed with tRNA and mRNA molecules were solved by using X-ray crystallography by two groups independently, at 2 8 Å and at 3 7 Å  These structures allow one to see the details of interactions of the Thermus thermophilus ribosome with mRNA and with tRNAs bound at classical ribosomal sites  Interactions of the ribosome with long mRNAs containing Shine-Dalgarno sequences were visualized soon after that at 4 5–5 5 Å resolution In 2011, the first complete atomic structure of the eukaryotic 80S ribosome from the yeast Saccharomyces cerevisiae   was obtained by crystallography  The model reveals the architecture of eukaryote-specific elements and their interaction with the universally conserved core  At the same time, the complete model of a eukaryotic 40S ribosomal structure in Tetrahymena thermophila was published and described the structure of the 40S subunit, as well as much about the 40S subunit's interaction with eIF1 during translation initiation  Similarly, the eukaryotic 60S subunit structure was also determined from Tetrahymena thermophila in complex with eIF6 

Function
Ribosomes are minute particles consisting of RNA and associated proteins that function to synthesize proteins  Proteins are needed for many cellular functions such as repairing damage or directing chemical processes  Ribosomes can be found floating within the cytoplasm or attached to the endoplasmic reticulum  Their main function is to convert genetic code into an amino acid sequence and to build protein polymers from amino acid monomers 
Ribosomes act as catalysts in two extremely important biological processes called peptidyl transfer and peptidyl hydrolysis  The "PT center is responsible for producing protein bonds during protein elongation" In summary, ribosomes have two main functions: Decoding the message, and the formation of peptide bonds  These two functions reside in the ribosomal subunits  Each subunit is made of one or more rRNAs and many r-proteins  The small subunit (30S in bacteria and archaea, 40S in eukaryotes) has the decoding function, whereas the large subunit (50S in bacteria and archaea, 60S in eukaryotes) catalyzes the formation of peptide bonds, referred to as the peptidyl-transferase activity  The bacterial (and archaeal) small subunit contains the 16S rRNA and 21 r-proteins (Escherichia coli), whereas the eukaryotic small subunit contains the 18S rRNA and 32 r-proteins (Saccharomyces cerevisiae; although the numbers vary between species)  The bacterial large subunit contains the 5S and 23S rRNAs and 34 r-proteins (E  coli), with the eukaryotic large subunit containing the 5S, 5 8S, and 25S / 28S rRNAs and 46 r-proteins (S  cerevisiae; again, the exact numbers vary between species) 

Translation
Ribosomes are the workplaces of protein biosynthesis, the process of translating mRNA into protein  The mRNA comprises a series of codons which are decoded by the ribosome so as to make the protein  Using the mRNA as a template, the ribosome traverses each codon (3 nucleotides) of the mRNA, pairing it with the appropriate amino acid provided by an aminoacyl-tRNA  Aminoacyl-tRNA contains a complementary anticodon on one end and the appropriate amino acid on the other  For fast and accurate recognition of the appropriate tRNA, the ribosome utilizes large conformational changes (conformational proofreading)  The small ribosomal subunit, typically bound to an aminoacyl-tRNA containing the first amino acid methionine, binds to an AUG codon on the mRNA and recruits the large ribosomal subunit  The ribosome contains three RNA binding sites, designated A, P, and E  The A-site binds an aminoacyl-tRNA or termination release factors; the P-site binds a peptidyl-tRNA (a tRNA bound to the poly-peptide chain); and the E-site (exit) binds a free tRNA  Protein synthesis begins at a start codon AUG near the 5' end of the mRNA  mRNA binds to the P site of the ribosome first  The ribosome recognizes the start codon by using the Shine-Dalgarno sequence of the mRNA in prokaryotes and Kozak box in eukaryotes 
Although catalysis of the peptide bond involves the C2 hydroxyl of RNA's P-site adenosine in a proton shuttle mechanism, other steps in protein synthesis (such as translocation) are caused by changes in protein conformations  Since their catalytic core is made of RNA, ribosomes are classified as "ribozymes," and it is thought that they might be remnants of the RNA world 
In Figure 5, both ribosomal subunits (small and large) assemble at the start codon (towards the 5' end of the mRNA)  The ribosome uses tRNA that matches the current codon (triplet) on the mRNA to append an amino acid to the polypeptide chain  This is done for each triplet on the mRNA, while the ribosome moves towards the 3' end of the mRNA  Usually in bacterial cells, several ribosomes are working parallel on a single mRNA, forming what is called a polyribosome or polysome 

Cotranslational folding
The ribosome is known to actively participate in the protein folding  The structures obtained in this way are usually identical to the ones obtained during protein chemical refolding; however, the pathways leading to the final product may be different  In some cases, the ribosome is crucial in obtaining the functional protein form  For example, one of the possible mechanisms of folding of the deeply knotted proteins relies on the ribosome pushing the chain through the attached loop 

Addition of translation-independent amino acids
Presence of a ribosome quality control protein Rqc2 is associated with mRNA-independent protein elongation  This elongation is a result of ribosomal addition (via tRNAs brought by Rqc2) of CAT tails: ribosomes extend the C-terminus of a stalled protein with random, translation-independent sequences of alanines and threonines 

Ribosome locations
Ribosomes are classified as being either "free" or "membrane-bound" 

Free and membrane-bound ribosomes differ only in their spatial distribution; they are identical in structure  Whether the ribosome exists in a free or membrane-bound state depends on the presence of an ER-targeting signal sequence on the protein being synthesized, so an individual ribosome might be membrane-bound when it is making one protein, but free in the cytosol when it makes another protein 
Ribosomes are sometimes referred to as organelles, but the use of the term organelle is often restricted to describing sub-cellular components that include a phospholipid membrane, which ribosomes, being entirely particulate, do not  For this reason, ribosomes may sometimes be described as "non-membranous organelles" 

Free ribosomes
Free ribosomes can move about anywhere in the cytosol, but are excluded from the cell nucleus and other organelles  Proteins that are formed from free ribosomes are released into the cytosol and used within the cell  Since the cytosol contains high concentrations of glutathione and is, therefore, a reducing environment, proteins containing disulfide bonds, which are formed from oxidized cysteine residues, cannot be produced within it 

Membrane-bound ribosomes
When a ribosome begins to synthesize proteins that are needed in some organelles, the ribosome making this protein can become "membrane-bound"  In eukaryotic cells this happens in a region of the endoplasmic reticulum (ER) called the "rough ER"  The newly produced polypeptide chains are inserted directly into the ER by the ribosome undertaking vectorial synthesis and are then transported to their destinations, through the secretory pathway  Bound ribosomes usually produce proteins that are used within the plasma membrane or are expelled from the cell via exocytosis 

Biogenesis
In bacterial cells, ribosomes are synthesized in the cytoplasm through the transcription of multiple ribosome gene operons  In eukaryotes, the process takes place both in the cell cytoplasm and in the nucleolus, which is a region within the cell nucleus  The assembly process involves the coordinated function of over 200 proteins in the synthesis and processing of the four rRNAs, as well as assembly of those rRNAs with the ribosomal proteins 

Origin
The ribosome may have first originated as a protoribosome, possibly containing a peptidyl transferase centre (PTC), in an RNA world, appearing as a self-replicating complex that only later evolved the ability to synthesize proteins when amino acids began to appear  Studies suggest that ancient ribosomes constructed solely of rRNA could have developed the ability to synthesize peptide bonds  In addition, evidence strongly points to ancient ribosomes as self-replicating complexes, where the rRNA in the ribosomes had informational, structural, and catalytic purposes because it could have coded for tRNAs and proteins needed for ribosomal self-replication  Hypothetical cellular organisms with self-replicating RNA but without DNA are called ribocytes (or ribocells) As amino acids gradually appeared in the RNA world under prebiotic conditions, their interactions with catalytic RNA would increase both the range and efficiency of function of catalytic RNA molecules  Thus, the driving force for the evolution of the ribosome from an ancient self-replicating machine into its current form as a translational machine may have been the selective pressure to incorporate proteins into the ribosome's self-replicating mechanisms, so as to increase its capacity for self-replication 

Heterogeneous ribosomes
Ribosomes are compositionally heterogeneous between species and even within the same cell, as evidenced by the existence of cytoplasmic and mitochondria ribosomes within the same eukaryotic cells  Certain researchers have suggested that heterogeneity in the composition of ribosomal proteins in mammals is important for gene regulation, i e , the specialized ribosome hypothesis  However, this hypothesis is controversial and the topic of ongoing research Heterogeneity in ribosome composition was first proposed to be involved in translational control of protein synthesis by Vince Mauro and Gerald Edelman  They proposed the ribosome filter hypothesis to explain the regulatory functions of ribosomes  Evidence has suggested that specialized ribosomes specific to different cell populations may affect how genes are translated  Some ribosomal proteins exchange from the assembled complex with cytosolic copies suggesting that the structure of the in vivo ribosome can be modified without synthesizing an entire new ribosome 
Certain ribosomal proteins are absolutely critical for cellular life while others are not  In budding yeast, 14/78 ribosomal proteins are non-essential for growth, while in humans this depends on the cell of study  Other forms of heterogeneity include post-translational modifications to ribosomal proteins such as acetylation, methylation, and phosphorylation  Arabidopsis, Viral internal ribosome entry sites (IRESs) may mediate translations by compositionally distinct ribosomes  For example, 40S ribosomal units without eS25 in yeast and mammalian cells are unable to recruit the CrPV IGR IRES Heterogeneity of ribosomal RNA modifications plays a significant role in structural maintenance and/or function and most mRNA modifications are found in highly conserved regions  The most common rRNA modifications are pseudouridylation and 2’-O methylation of ribose 

See also
Context 2: Passage 1:
Shystie
Chanelle Scot Calica (born 25 December 1983), better known by her stage name Shystie, is an English rapper, songwriter and actress  
She grew up in Hackney, East London  Shystie became famous in 2003 with her white label response to Dizzee Rascal's "I Luv U" and a tour with Basement Jaxx, The Streets and 50 Cent, which led to her being signed by major label Polydor  She is also the leading actress in the television series Dubplate Drama 

Debut album - Diamond in the Dirt
Shystie's debut studio album, Diamond in the Dirt was released in the UK only in 2004 by Polydor Records 
Her debut single was "One Wish", which peaked on its first week on the UK Singles Chart at number 40, having no mainstream radio or music channels' support besides Channel U and MTV Base  The B-side was "One Wish Remix", featuring Kano and produced by Terror Danja  Her second single was "Make It Easy" and the B-side was "Juiced"; it charted at number 57  Shystie's debut album went on to sell 60,000 copies across the UK, the same year she was nominated for 'Best Newcomer' at the MOBO Awards In 2004, Shystie featured in the computer game with her own character, Juiced, albeit only in the Acclaim beta version  She also recorded an accompanying song and video entitled "Juiced", which was featured on the game's beta soundtrack and her album as a bonus track  In the final version, Shystie is replaced by Sue Yen  This version of her song does not appear 

Dubplate Drama
Dubplate Drama is a British television series that aired on Channel 4 between 11 November 2005 and 3 July 2009  The show was created by Luke Hyamms, Shystie and her manager  The premise of the series involved a group of young musicians, with the leading role by Shystie, who was attempting to make it big by securing a record deal  Three series of the show were broadcast  The first series contained six fifteen-minute episodes, the second contained six thirty-minute episodes, and the third contained two feature-length specials of sixty minutes each  The show was described as "the world's first interactive drama series", as it allowed viewers to vote on the outcome of each episode  The first two series were released on DVD, with the third remaining unreleased  The show was notable for its well-known British talent, including roles played by Shystie, Noel Clarke, Adam Deacon, N-Dubz and Tim Westwood 

Kidulthood
In March 2006, Shystie had two songs, "One Wish" and "Woman’s World", featured in the film Kidulthood 

Adulthood
In June 2008, Shystie played the role of Lisa in the film Adulthood, the sequel to Kidulthood  She wrote the theme song "Arms Open Wide" which featured on the Adulthood soundtrack 

Sket
In September 2011, Shystie wrote the theme song for the feature film Sket along with writing four other songs which were used for the film 

Illegal Activity
In March 2012, Shystie played the role of Toya in the short film Illegal Activity, which premiered at the Bafta HQs 

Recent activity
In April and July 2011, Shystie released two mixtapes entitled You're Welcome and Blue Magic 
In September, Shystie modelled for English designer Nasir Mazhar at the London Fashion Week and was featured in Vogue for her performance 
In March 2012, Shystie released a promotional single and video for "Bad Gyal" and, in August, released her second promotional single and video for "Feel It", both from her EP Pink Mist, which was produced by LzBeatz 
In February 2013, Shystie modelled and performed at London Fashion Week again, and was featured in Vogue for the second time  The next month Shystie and Azealia Banks went from being friends to enemies after Banks posted on Twitter that Shystie and Azealia's "Control It" video was "bogus" and "not Azalea"  Shystie released a diss track directed at Banks called "Doppelganger"  The track replaced "Control It" as the third track on Pink Mist 
On 28 April 2013, Shystie released her EP independently through her in-house team Starwork Music, entitled Pink Mist via iTunes  It debuted at number 4 in the charts 

Filmography
Discography
Studio albums/EPs
Mixtapes
Singles
Promotional singles
Singles as featured artist
Soundtrack appearances
Music videos
Featured music videos
Awards and nominations
MOBO Awards 2004 - Best Newcomer - nominated
Broadcasting Press Guild Awards 2006 - Best Television Series [Dubplate Drama] - nominated
OMA Awards 2012 - Best Female for 2011 - nominated
OMA Awards 2012 - Best Video for a Mixtape for 2011 - nominated
OMA Awards 2012 - Best Grime Mixtape for 2011 - nominated
Passage 2:
Nathaniel Gist
Nathaniel Gist (15 October 1733 – 1812) was born in Maryland and fought during the French and Indian War and the American Revolutionary War  He was reputed to be the father of Sequoyah the famous Cherokee by Wurteh Watts  Like his father Christopher Gist (1706–1759), he served in Braddock's Expedition in 1755 and the Forbes Expedition in 1758  The outbreak of the American Revolution found him on the frontier  At first suspected of sympathizing with the British, he convinced the Americans of his loyalty 
George Washington, a close friend of his father, authorized him to form Gist's Additional Continental Regiment in January 1777  Gist probably participated in Light Horse Harry Lee's Paulus Hook Raid in 1779  He and his regiment were captured at the Siege of Charleston in May 1780  After the war, he took an American wife Judith Cary Bell (1750–1833) and the couple had four daughters, one of whom married Francis P  Blair  He is variously said to have died in 1796, 1812, or at the end of the War of 1812  He is confused with his uncle Nathaniel Gist (1707–1780)  He was a first cousin of Mordecai Gist 

French and Indian War
Born on 15 October 1733 in Baltimore, Province of Maryland, Gist's parents were Christopher Gist (1706–1759) and Sarah Howard (b  1711)  The surname was sometimes rendered Guest  In 1753 his father made a remarkable trek through the wilderness with George Washington  By this time the 20-year-old Nathaniel Gist was a trader living with the Overhill Cherokee near Echota  He and a partner Richard Pearis sold his father's goods to the Native Americans  Both men coveted the land at Long Island in the Holston River (now Kingsport, Tennessee) and soon fell out   Governor Robert Dinwiddie blamed the quarrel for the failure of the Cherokees to aid the British against the French  In 1755 Gist accompanied Braddock's Expedition in 1755, serving as a lieutenant in his father's ranger company in Washington's colonial regiment  He continued his military service in 1756, protecting the frontier against raids by pro-French Indians In 1757, Gist received promotion to captain and was given responsibility for 200 Cherokees living in Virginia  He was credited with leading these native peoples as an auxiliary force during the successful Forbes Expedition of 1758  In 1760, Gist accompanied Daniel Boone and other hunters on a trek to Abingdon, Virginia, then called Wolf Hill  The two then split up, with Boone going on to Long Island and Gist traveling to Cumberland Gap  He was said to have sired Sequoyah in 1760 or 1761, but this is unlikely because the Anglo-Cherokee War was raging and Gist was serving in Adam Stephen's colonial Virginia regiment against the Cherokees  This unit advanced as far as Long Island before peace was made between the two sides 

American Revolutionary War
Samuel C  Williams believed that Gist fathered Sequoyah around 1775 by his mother Wurteh Watts  Of a prominent clan, she was related to Old Tassel  Williams dismissed the story that Sequoyah's father was an itinerant German peddler by the name of Guess  He noted that Sequoyah went by George Guess, Guest, and Gist, and that he finished the Cherokee alphabet in 1821 when he was about 40  This was much too young for a man born in 1761  Williams noted that a letter showed that in 1828, Sequoyah visited Gist relatives in Kentucky and was acknowledged as a family member The year 1775 found Gist living with the Overhill Cherokees  After a trip to West Florida, he returned to Cherokee country with Henry Stuart, the brother of John Stuart, the British agent to the southern tribes  At this time, the Stuarts and another agent Alexander Cameron were trying to get the white settlers on the Nolichucky and Watauga Rivers to move to West Florida  When the American Revolution broke out, the British agents desired to separate the American loyalist settlers from the rebels, so that the Indians could attack the rebels  They apparently hoped to enlist Gist in the effort  Jarret Williams, a settler got back to Virginia with the news that Gist was working with the British  In fact, Gist was in the pay of Cameron at the time  For his part, Gist warned the Cherokees not to start a war, but they began attacking the settlements anyway 

In 1776, Virginia sent an expedition under William Christian against the Cherokees  He was enjoined to capture the Stuarts, Cameron, and Gist as enemies  When the column reached the French Broad River, Gist came into the Virginian camp under a flag of truce  On 15 October 1776, Christian reported to Governor Patrick Henry that some of the Virginia troops recalled Gist's exploits on the frontier in a good light, while most of the soldiers wanted to lynch him as a British spy  Christian thought Gist was remorseful for becoming involved with the British agents, but did not entirely trust him  Nevertheless, he kept him from harm and Gist later regained his popularity  Gist maintained that it was impossible for him to escape so he appeared to go along with the enemy purpose, a story that was accepted by Governor Henry and the Virginia council in December Washington appointed Gist colonel in command of Gist's Additional Continental Regiment on 11 January 1777  The regiment was intended to be a light infantry unit  Four companies of southern frontier rangers would be enrolled  In addition, Gist was to recruit 500 natives from the Cherokee and other tribes to serve as scouts  Aside from the military purpose, it was believed that enlisting the braves would bind the tribes in an alliance with the American cause  Only three companies were formed from Virginians and Marylanders  The regiment did not fight as a whole  Instead, the companies of Captains John Gist and Joseph Smith were attached to the 3rd Maryland Regiment while the company of Captain Samuel Lapsley served with the 12th Virginia Regiment  The three companies that comprised the regiment fought with the main army in the Philadelphia Campaign in the summer and fall of 1777 and at the Battle of Monmouth in June 1778 On 22 April 1779, Gist's Regiment absorbed Grayson's Additional Continental Regiment and Thruston's Additional Continental Regiment  The consolidated regiment reformed in the strength of eight companies  The unit was assigned to the 1st Virginia Brigade on 12 May  Gist preferred charges against Light Horse Harry Lee after the latter's capture of British prisoners at the Battle of Paulus Hook on 19 August 1779  Brigadier General George Weedon, who evidently disagreed with the charges, called Gist "the head of the Wrongheads"  On 4 December, the regiment was ordered to march to Charleston, South Carolina  On 6 April 1780, William Woodford's contingent of 750 Virginia Continentals arrived, having marched 500 miles (805 km)  Gist and his regiment were captured on 12 May 1780 at the Siege of Charleston  He retired from the army on 1 January 1783 Gist received 7,000 acres in Kentucky for his services in the war  He moved there in 1793 and built an estate called Canewood  At that time he was described as six feet tall and "stout-framed", with a dark complexion  Williams believed that he died around the end of the War of 1812  Historian Francis B  Heitman asserted that Gist died in 1796 

Family
Nathaniel had two brothers, Richard Gist, who was born on 2 September 1729 and died at the Battle of King's Mountain in 1780, and Thomas Gist, who moved to Kentucky after the American Revolutionary War  Heitman states that it was Nathaniel Gist Jr , an ensign in his father's regiment, who died at King's Mountain  His father had two brothers  Nathaniel is sometimes confused with his uncle Nathaniel  In 1783, Gist married Judith Cary Bell and the couple had four daughters, Eliza Violet, Sarah Howard, Anne Cary, and Maria  Eliza married Francis Preston Blair and was the mother of Montgomery Blair who served in Abraham Lincoln's cabinet and Francis Preston Blair Jr  a Union general and US Senator  Sarah married Jesse Bledsoe who became a US Senator, Anne wed Dr  Joseph Boswell, and Maria married Benjamin Gratz  The noted Maryland officer Mordecai Gist was his first cousin 

Notes
Footnotes

Citations
Passage 3:
Erik Watts
Erik Watts (born December 19, 1967) is an American semi-retired professional wrestler  He is best known for his appearances with World Championship Wrestling and the World Wrestling Federation in the 1990s  He is the son of wrestler Bill Watts 

Early life
Watts attended the University of Louisville, where he was a quarterback for the Louisville Cardinals 

Professional wrestling career
World Championship Wrestling (1992–1994)
Watts trained as a wrestler under his father, Bill Watts, and after wrestling for three months, he was hired by World Championship Wrestling  He debuted on August 27, 1992 in McMinnville, TN, and began a house show series against Buddy Lee Parker and Mark Canterbury  Still undefeated three months later, Watts would defeat Scotty Flamingo (later known as Raven), Vinnie Vegas, and a rookie Diamond Dallas Page  On November 2 Watts defeated Michael Hayes on WCW Saturday Night, and went on to score multiple victories against Mike Thor and Tex Slazenger  On November 8 he achieved a time-limit draw with Steve Austin on a live event in Winston-Salem, NC  In late November he entered his first feud, facing members of The Dangerous Alliance  On November 25 he upset Bobby Eaton in Baltimore, MD, winning by submission with an STF  The following month Watts took WCW US Champion Rick Rude to several time limit draws, and he gained his first pinfall victory over Steve Austin on December 5 in St Paul, MN  On December 7th at WCW Saturday Night his undefeated streak was ended by Rude  His constant pushes were controversial in that his father was WCW's booker at the time, leading to accusations of nepotism  On December 28, at Starrcade, Watts teamed with Jushin Thunder Liger, in a Lethal Lottery tag team match, losing to "Dr  Death" Steve Williams and Sting 
In January 1993 Watts gained victories over The Barbarian, Tony Atlas, and a returning Paul Orndorff  In February Watts teamed with Buff Bagwell and to take on Hollywood Blonds in a tag team match at SuperBrawl III, which Watts and Bagwell lost  Later in February, he was entered into a tournament to crown a new WCW TV Champion after previous titleholder Scott Steiner had departed four months earlier for the WWF  After defeating Johnny Gunn in the opening round, Watts beat Maxx Payne by disqualification in the quarter-finals  The last two rounds of the tournament were held on March 2 in Macon, GA  Watts pinned Vinnie Vegas in the semifinals, but was defeated by Paul Orndorff in the finals  Following his father's departure from WCW, Erik was targeted by Arn Anderson and began a house show series with The Enforcer as the Four Horsemen began the reformation  Watts continued to perform strongly against lower level competition, but was defeated by Steve Regal on July 18, 1993 at Beach Blast  In August, he began a house show series with Chris Benoit and came out victorious in each encounter  A month later however he began his first losing streak, dropping matches to WCW TV Champion Steve Regal on multiple occasions On November 30, 1993 he was involved in a major angle on WCW Saturday Night  After defeating Paul Orndorff, Paul Roma came out to ringside and attacked Watts  This would lead to the formation of eventual tag-team champions Pretty Wonderful  Meanwhile, Watts continued to be victorious in 1994 against lower level competition, but was unable to break through against more experienced competition like Regal or Orndorff  His final match was on August 1, 1994 against Jean Paul Levesque in Ft Pierce, FL 

World Wrestling Federation (1995–1996)
In 1995, Watts followed his father to the World Wrestling Federation  In the WWF, Watts was renamed "Troy" and, together with Chad Fortune as "Travis", formed Tekno Team 2000  Wearing silver smocks and tight zubaz, their gimmick was that they represented the cutting edge of cyberculture  Their tag team made its debut on the May 27, 1995 episode of Superstars in a victorious effort against The Brooklyn Brawler and Barry Horowitz  They wrestled two more matches on TV the following month, but disappeared from television until reappearing at In Your House 2 pay-per-view, acting as lumberjacks for the main event  After being absent from TV for a year, they resurfaced in 1996, but still failed to achieve any success and both men were released from the WWF 

Return to WCW (1998–1999)
On the April 16, 1998 edition of Thunder, Watts returned to WCW for a match against Yuji Nagata  Eight months later Watts made a full-time return, and would win his first 2 matches back out of the gate  Before mainly being used as enhancement talent working on Saturday Night, WorldWide and on rare occasions on Monday Nitro  He would receive a shot at the WCW Television Championship on the March 30 edition of WCW Saturday Night, but would fall short at the hands of Booker T  His last TV appearance was on November 13 as he lost a match against Disco Inferno on Saturday Night 

Extreme Championship Wrestling (2000)
Watts joined the Philadelphia-based Extreme Championship Wrestling promotion in 2000, losing to Spike Dudley in his ECW Arena debut  He remained with the promotion for two months before departing 

All Japan Pro Wrestling (2000)
In late 2000, Watts worked for All Japan Pro Wrestling 

Turnbuckle Championship Wrestling (2001)
In 2001, Watts worked for Dusty Rhodes's Turnbuckle Championship Wrestling in Philadelphia where he won the TCW Tag Team titles with Scotty Riggs 

NWA Total Nonstop Action (2002–2005)
In 2002, Watts joined NWA Total Nonstop Action  He eventually formed a heel stable with David Flair and Brian Lawler (two other second generation wrestlers whose careers were overshadowed by those of their famous fathers, Ric and Jerry) known as "The Next Generation"  After the faction disbanded, Watts turned face  He acted as the TNA Director of Authority from July 23, 2003 to January 28, 2004, before being ousted from his position by Don Callis  Watts then feuded with his on-screen girlfriend, Goldy Locks, throughout 2004  In late 2004, he feuded with Raven, defeating him at Final Resolution on January 16, 2005 before leaving the promotion in February 

Retirement (2005–present)
After leaving TNA, Watts began working primarily for the Georgia-based Great Championship Wrestling promotion  He also appeared with AWA Superstars of Wrestling, defeating Diamond Dallas Page for the vacant International Heavyweight Championship on February 4, 2005 in Tucson, Arizona in a match refereed by Mick Foley  The title was retired by the AWA Board of Directors later that year  In November 2009, Watts returned to Great Championship Wrestling, now based in Phenix City, Alabama, to be the promotion's booker  He is also playing an authority role on their weekly live events 

Championships and accomplishments
AWA Superstars of Wrestling
AWA Superstars of Wrestling International Heavyweight Championship (1 time)
Great Championship Wrestling
GCW Heavyweight Championship (2 times)
GCW Tag Team Championship (1 time) – with John Bogie
NWA Spinebuster
NWA Spinebuster Heavyweight Championship (1 time)
Pro Wrestling Illustrated
Rookie of the Year (1992)
Ranked No  37 of the top 500 singles wrestlers in the PWI 500 in 1998
Turnbuckle Championship Wrestling
TCW Tag Team Championship (1 time) – with Scotty Anton
Wrestling Observer Newsletter
Most Overrated Wrestler (1992)
Readers' Least Favorite Wrestler (1992)
Most Disgusting Promotional Tactic (1992) Being pushed by WCW
Passage 4:
TCW Tag Team Championship
The TCW Tag Team Championship was the primary professional wrestling tag team title of Turnbuckle Championship Wrestling  It was originally won by Scott Anton and Erik Watts who defeated Glacier and Jorge Estrada, coincidentally opponents for the TCW Heavyweight Championship, in Dothan, Alabama on March 3, 2001  Unlike the singles titles, the tag team titles changed hands very often when the promotion toured outside the state of Georgia, as far away as Alabama and Tennessee 

Title history
Passage 5:
Ockelbo-Lundgren
Ockelbo-Lundgren was the nickname of Erik Lundgren (19 February 1919 – 16 September 1967), a Swedish racing driver that produced replica cars and boats under the name Ockelbo He first became known during the 1940s as "Trollkarlen från Ockelbo" (The Wizard from Ockelbo) when he participated in several races in a Ford 38 powered by a V8 engine with eight carburettors producing 280 hp – at speeds up to 220 km/h Lundgren built and sold tuning items and in the mid-1950s he heard about a burned-out Alfa Romeo Giulietta Sprint and got the idea to make his own bodywork for it  He made a fibreglass mould using Uffe Norinder's Ferrari 500 Mondial and then started making his own bodies  They were considered very good (according to some better than the original) and could take many different donors for chassis and drive line, like VW Beetle, Saab, DKW, MG, Simca, Porsche, etc  As of 2014, the Ockelbo-Ferrari was still made (under the Pagano brand) Later Lundgren also made fibreglass boats, from the company Ockelbo-Båtar AB that was in business until 1979 

Formula One World Championship results
(key) (Races in bold indicate pole position; Races in italics indicate fastest lap)
Passage 6:
Bill Watts
William F  Watts Jr  (born May 5, 1939) is a retired American professional wrestler, promoter and former American football player  Watts garnered fame under his "Cowboy" gimmick in his wrestling career, and then as a promoter in the Mid-South United States, which grew to become the Universal Wrestling Federation (UWF) 
In 1992, Watts was the Executive Vice President of World Championship Wrestling (WCW) but after clashes with management over a number of issues, as well as feeling pressure from Hank Aaron over a racially insensitive interview, he resigned  He was subsequently replaced by Ole Anderson In 1995, Watts briefly worked as a booker for the World Wrestling Federation (WWF)  In 2009, he was inducted into the WWE Hall of Fame 

Football career
Watts played as a linebacker for his high school football team, the Putnam City Pirates  Bud Wilkinson recruited him to play for the Oklahoma Sooners, where he played as a guard during his sophomore and junior years  However, his junior year was marred by a near fatal car accident involving him and his mother, resulting in him going into a coma  When he came out, he had lost a significant amount of weight, and had to put it back on, despite the coaches at the time preferring their players to be small and quick, which Watts had struggled with before the accident  Former Sooners teammate Wahoo McDaniel (then of the Houston Oilers of the AFL), introduced him to professional wrestling for the first time, something McDaniel did in the off-season  Watts turned professional in 1961 and joined the Oilers, but did not last long there, and according to a shoot interview, he left after knocking out a coach Through McDaniel's friendship with defensive coach Bob Griffin, Watts played for the Indianapolis Warriors of the United Football League, while also being able to wrestle for NWA Indianapolis  Watts then had a try-out with the Minnesota Vikings of the National Football League (NFL), but after a discussion with general manager Jim Finks, who wanted him to quit his wrestling career, Watts left the Vikings having decided he could make more money back in Oklahoma 

Professional wrestling career
Wrestling career (1962–1979)
As a professional wrestler, he famously feuded with WWWF Champion Bruno Sammartino, but was unable to win the title  In the 1960s, he wrestled in many areas, such as San Francisco, Chicago, St  Louis, and even Japan for All Japan Pro Wrestling (AJPW)  During these periods, Watts challenged for both the National Wrestling Alliance (NWA) and American Wrestling Association (AWA) versions of the World Title 

Booking career (1979-1995)
Mid-South Wrestling / Universal Wrestling Federation (1979–1987)
Watts is perhaps even more famous for being a pioneering promoter in the Mid-South area of the United States, with his base of operation being in the Shreveport, Louisiana area  His promotion was known as Mid-South Wrestling  He is often credited with creating the current and popular "episodic" style of TV wrestling, building solid creative storylines week-on-week, with an emphasis on solid in-ring action with dependable wrestlers like "Dr  Death" Steve Williams, The Junkyard Dog, Ted DiBiase and Jim Duggan  He is an outspoken critic on breaking kayfabe and "smart" wrestling fans  A Watts-run promotion always had face and heel wrestlers dress in different locker rooms and to have faces and heels not meet publicly  He has also been known to revamp his booking plans in order to protect the business from such fans 
After losing over half a million dollars, Watts sold the UWF to NWA Mid-Atlantic's Jim Crockett Promotions, who kept many of their stars, such as Sting  Instead of having UWF as a separate organization, Crockett sent his mid-card wrestlers to the UWF and had them quickly win their titles  Eventually, the UWF folded, and Crockett would be bought out by Ted Turner in 1988  In April 1989, after firing George Scott, WCW offered Watts the chance to book, but he declined the offer and WCW instead decided to go with a booking committee, which included Ric Flair and Kevin Sullivan  It is said that Flair would seek advice on booking or how to formulate a document correctly from Jim Cornette, who is often miscredited as a member of the actual committee 

World Championship Wrestling (1992–1993)
Watts became Executive Vice President of World Championship Wrestling (succeeding Kip Frey) in 1992  He took many of his old-school values with him, such as banning moves from the top rope and the babyfaces and heels separation  His tenure was not long, nor were his ideas overly embraced  According to his autobiography, Controversy Creates Ca$h, Eric Bischoff (who worked under Watts at the time) felt Watts would intimidate anyone he was talking to and was only interested in taking the WCW product back to 1970s standards, with poorly lit arenas and house shows in remote rural towns 
The circumstances of Watts' departure in 1993 are controversial  Prior to 1992, he had given an interview to a wrestling newsletter  Most notably, Watts had commented on Lester Maddox, a restaurant owner (and future Governor of Georgia) who was told he had to serve black people but instead closed down his business  Watts felt Maddox stood up for what he believed in and acted accordingly  He also made several other controversial statements pertaining to race and sexual orientation  When he was hired by WCW, Watts had explained the situation to Turner president Bill Shaw, apparently to his satisfaction  However, a year later wrestling journalist Mark Madden brought the interview to the attention of Hank Aaron, himself a vice president in the Turner organization with the Atlanta Braves, who then pushed for Watts' removal  While Madden takes credit for Watts getting fired, Watts himself disputes this account, saying he was not fired for the comments but quit his position out of frustration over "backstabbing" by Shaw and (unbeknownst to Shaw) had already resigned by the time Aaron got the newsletter  Watts was replaced by Ole Anderson 

World Wrestling Federation (1995)
Watts later went on to a position of booking power in the World Wrestling Federation (WWF)  His tenure there was short, as he stated in later interviews that he was only there on a three-month contract and had no interest in staying long-term  On April 4, 2009, Watts was inducted into the WWE Hall of Fame as a part of the Class of 2009
Context 3: Passage 1:
Elle King
Tanner Elle Schneider (born July 3, 1989), known professionally as Elle King, is an American singer, songwriter, musician, and actress  Her musical style is influenced by country, rock and blues In 2012, King released her debut EP, The Elle King EP, on RCA; one track from that EP, "Playing for Keeps", is the theme song for VH1's Mob Wives Chicago series She released her debut album, Love Stuff, in 2015  It produced the US top ten single "Ex's & Oh's", which earned her two Grammy Award nominations  King has also toured with acts such as Of Monsters and Men, Train, James Bay, The Chicks, Heart, Joan Jett, Michael Kiwanuka, and Miranda Lambert  Her parents are actor and comedian Rob Schneider and former model London King   She uses her mother's surname to distinguish herself and her career and identity from her father's, telling ABC News that "I think that my voice and my music speaks for itself: that I am my own person "King is a four-time Grammy Award nominee, two each in the rock and country categories, and received honors from the Country Music Association Awards and the Academy of Country Music Awards 

Early life
King was born on July 3, 1989, in Los Angeles, California, to then-Saturday Night Live cast member Rob Schneider and London King, a former model  Her parents divorced and her mother remarried  She grew up living in Ohio, between Wellston and Columbus  When she was nine, her stepfather, Justin Tesa, gave her a record by all-female hard-rock band the Donnas; she views this as the pivotal moment when she decided she wanted to be a musician  Around this time, she also started listening to the Runaways and Blondie, and she made her acting debut alongside her father in the movie Deuce Bigalow: Male Gigolo At the age of 13, King started playing guitar, immersing herself in the music of Otis Redding, the Yeah Yeah Yeahs, Etta James, Aretha Franklin, Al Green, Hank Williams, Johnny Cash, AC/DC (she has the phrase "dirty deeds" tattooed on her biceps), and Earl Scruggs  Her interest in the country and bluegrass of Hank Williams and Earl Scruggs inspired her to learn the banjo  During her teenage years, she attended Buck's Rock camp in Connecticut, where she starred successfully in a number of musicals King spent her teenage years in New York City, but she has also lived in Los Angeles, Philadelphia, and Copenhagen, Denmark  Upon graduating from Elisabeth Irwin High School/Little Red School House, she moved to Philadelphia to enroll at the University of the Arts, studying painting and film  During these college years, she had an artistic epiphany seeing a live show where the band onstage used a banjo purely for accompaniment purposes, eschewing the bluegrass and country musical vocabulary traditionally associated with the instrument  King then began to use the banjo as a compositional tool  After college, she briefly lived in Copenhagen and Los Angeles, before moving back to New York where she currently resides in Bushwick, Brooklyn 

Career
1999–2013: Career beginnings
In 1999, she debuted as an actress in her father's film Deuce Bigalow: Male Gigolo  In 2005, at age 16, she started gigging around New York City, using a fake ID to gain entry to the local nightclubs  King immersed herself in the local songwriting scene and honed her performance skills by busking around town  King was then signed by newly appointed RCA Chairman Peter Edge  Her debut single "Good To Be A Man", was released on March 13, 2012, as a digital download and also as a 7" vinyl single  On June 12, 2012, the four-song The Elle King EP was released on RCA  The EP was recorded in New York and was produced by Andy Baldwin and Chris DeStefano, with King herself producing a track  The EP's lead track, "Playing for Keeps", was chosen as the theme song for VH1's Mob Wives Chicago series that premiered on June 10, 2012, on VH1 King was spotlighted as an "Artist to Watch in 2012" by Esquire Magazine and made television appearances on VH1 Big Morning Buzz Live and the Late Show with David Letterman  King has played Austin, Texas, at the South by Southwest Festival, as well as the Hammersmith Apollo  She has also taped her own PBS Arts In Context special for KLRU Austin at the Austin City Limits recording studio  She toured with Of Monsters and Men, Train and Michael Kiwanuka and has opened for Dashboard Confessional, Dropkick Murphys, Dry the River, James Bay and Ed Sheeran 

2014–present: Love Stuff, Shake the Spirit and Come And Get Your Wife
In September 2014, King released "Ex's & Oh's", which serves as the lead single off her debut album  She released the album, Love Stuff on February 17, 2015  She performed "Ex's & Oh's" the next day on The Today Show to promote it  The song reached number 10 on the Billboard Hot 100, becoming King's first top ten single in the United States  "Ex's & Oh's" received two nominations at the 58th Grammy Awards: Best Rock Performance and Best Rock Song  In July 2015, King supported Modest Mouse on their UK tour  "Under the Influence" and "America's Sweetheart" were later released as singles for rock radio and mainstream radio, respectively  In 2016, her single "Good Girls" featured on the Ghostbusters soundtrack and played over the movie's credits  In 2016, she teamed up with country singer Dierks Bentley for the song "Different for Girls"  They performed this song at the 50th CMA Awards on November 2, 2016, when she and Bentley won the award for Musical Event of the Year On March 6, 2017, she premiered a new single "Wild Love" featuring a sparse electronic production, marking a slight departure from her previous style in music  King released her second studio album, Shake the Spirit, on October 19, 2018, which she made with her band the Brethren  On August 3, 2019, she was featured singing on a version of  Lindsey Stirling's "The Upside"  Throughout 2019, King served as a guest co-host on the MTV series Catfish: The TV Show opposite lead host Nev Schulman King's third album, Come Get Your Wife, was released on January 27, 2023, and displays a move into country music 

Musical style and influences
According to The Guardian, King's musical style is "steeped in every genre of vintage Americana  – sassy rock'n'roll, vampy R&B, country sadness and a little blues " King's music was classified as blues rock by Nylon, and as alternative country by Alternative Nation  According to King, "I say that I sing a little bit of country blues, [   ] it kind of changes from song to song, whatever I'm listening to or feeling  Sometimes it's really country, sometimes it's soulful, sometimes it's, like, wrist-slitting folk music; sad songs " She cited Etta James, Aretha Franklin, Al Green, Otis Redding, Hank Williams, Johnny Cash and AC/DC as her musical influences 

Personal life
King started dating Andrew Ferguson in January 2016  The couple met in a hotel lobby in London and were engaged 12 days later on a sailing trip around the San Francisco Bay  They married on February 14, 2016, and confirmed their intent to divorce on May 15, 2017  On April 23, 2017, Ferguson was arrested and charged with felony domestic violence after allegedly grabbing King by the throat and threatening to kill her, though this charge was later dropped  King and Ferguson briefly reconciled in late 2017 On October 9, 2020, King and tattoo artist Dan Tooker became engaged when simultaneously proposing to each other on their first anniversary of dating  Five months later, it was revealed she was pregnant with their first child  On September 1, 2021, she gave birth to a son named Lucky  The couple broke up in 2023 
King has several tattoos, and worked at a tattoo company called East Side Ink 

Discography
Studio albums

Love Stuff (2015)
Shake the Spirit (2018)
Come Get Your Wife (2023)

Filmography
Concert tours
Headlining
Love Stuff Tour (2015)
Shake The Spirit Tour (2019)
A-FREAKIN-MEN Tour (2022)

Opening act
Dashboard Confessional – The Swiss Army Romance (2010)
Of Monsters and Men – My Head Is an Animal Tour (2011)
Train – California 37 Tour (2012)
Michael Kiwanuka – Home Again Tour (2012)
Dropkick Murphys – Signed and Sealed in Blood Tour (2013)
Ed Sheeran – + Tour (2013)
Dry the River – Alarms in the Heart Tour (2014)
James Bay – Chaos and the Calm Tour (2015)
Modest Mouse – Strangers to Ourselves Tour (2015)
Maroon 5 – Maroon V Tour (2016)
Dixie Chicks – DCX MMXVI World Tour (2016)
Miranda Lambert – Roadside Bars and Pink Guitars Tour (2019)
Joan Jett & Heart – Love Alive Tour (2019)
Chris Stapleton - Chris Stapleton's All-American Road Show (2022)

Awards and nominations
Passage 2:
Big Stan
Big Stan is a 2007 American prison comedy film starring, produced and directed by Rob Schneider in his directorial debut with help from his company From Out of Nowhere Productions while the rest of the cast consisting of Jennifer Morrison, Scott Wilson, Henry Gibson, Richard Kind, Sally Kirkland, Jackson Rathbone, M  Emmet Walsh, Dan Haggerty and David Carradine  It tells the story of a real estate con artist who gets sentenced to three years in prison and spends the six months before it getting trained to survive in prison by a martial arts guru  This film was Gibson's final role before his death in 2009 
Although released in some markets during the fall of 2008, it was released straight to DVD in the U S  on March 24, 2009  It debuted at number 17 on the DVD rental charts of March 23–30, 2009 

Plot
Stan Minton (Rob Schneider) is a wealthy real estate con artist, married to Mindy (Jennifer Morrison)  One day, he is arrested for conning elderly people out of their savings  His lawyer Mal (Richard Kind) defends him at the trial presided over by Judge Perry (Richard Riehle) as the forewoman (Sally Kirkland) finds him guilty where the sentencing will be tomorrow 
While talking with Stan, Mal refuses to bribe Judge Perry since he does not practice that kind of law and states to Stan that any shyster on the street would do it for him  Inspired by the bench advertisement outside, Stan fires Mal from the case and hires Lew Popper (M  Emmet Walsh) as a replacement for the sentencing  Judge Perry sentences Stan to 3 years at the Oakfield Correctional Facility while giving him 6 months by Judge Perry to "reorganize the charity" Stan established to teach music to mentally disabled children 
As he can't go on a permanent vacation to Brazil on Lew's advice due to his assets being frozen, Stan gets drunk and visits a biker bar where he has the fear of jailhouse rape instilled in him by a biker ex con (Dan Haggerty) that strains his marriage to Mindy  This leads him to hire the mysterious guru known as "The Master" (David Carradine) who helps transform him into a Martial Arts expert 
During his incarceration, Stan befriends an elderly inmate named Larry (Henry Gibson) who is serving a life sentence for murdering his partner  Stan also befriends a sympathetic prison guard named Bullard (Kevin Gage) and learns more about the cliques and gang activities formed inside the prison  He then uses his new-found skills to bring peace and harmony to the prison yard by intimidating his fellow inmates like Big Raymond (Bob Sapp) into preventing them from harming each other  With this, peace is restored in at Verlaine State Correctional Facility and Stan gains their respect, eventually becoming their leader 
However, the corrupt warden Gasque (Scott Wilson) has plans to force its closure with a riot and sell off the property as valuable real estate  Stan helps him with the real estate aspects in exchange for early parole  However, his peacemaking efforts threaten the warden's plan for a riot and he is persuaded to bring back violence 
In a last minute attack of conscience, he deliberately blows the parole hearing to rush back and prevent the deaths of his fellow inmates only to discover that his message of peace has sunk in and the prisoners are dancing instead of fighting  Warden Gasque orders the guards to open fire on the dancing men  When they refuse, he grabs a gun in front of the Board of Governors and shoots wildly  Warden Gasque attempts to shoot Stan, but he is stopped by Mindy and the Master, who had sneaked in  Stan was surprised that the Master had trained Mindy during his incarceration when he thought they were having an affair during an earlier Conjugal 
Three years later, Stan leaves the prison where Bullard had been sworn in as the new warden of Verlaine State Correctional Facility  Gasque becomes the new inmate following his arrest for his illegal activities as Big Raymond intimidates him to say goodbye to Stan  Lew is also an inmate after he had foreseen that he would be arrested for having slept with a member of the jury and for being a corrupted lawyer  Stan is met by his wife, his young daughter Mindy Jr , and the Master outside the prison  While the Master has become Mindy Jr 's nanny, Stan is annoyed that he has been smoking near her 

Cast
Rob Schneider as "Big" Stan Minton, a rich real estate con artist 
Jennifer Morrison as Mindy Minton, Stan's wife 
Scott Wilson as Francis Gasque, the corrupt prison warden of Verlaine State Correctional Facility who seeks to get the prison closed down so that he can sell the land 
Henry Gibson as Larry / "Shorts", an inmate that Stan befriends who is serving a life sentence for killing his partner 
Richard Kind as Mal, Stan's lawyer 
Sally Kirkland as Madame Foreman, a jury member that finds Stan guilty 
Jackson Rathbone as Robbie, an inmate who is a hippie and former drug dealer 
M  Emmet Walsh as Lew Popper, a shyster that Stan replaces Mal with during his trial 
David Carradine as The Master, a martial arts guru that trains Stan to survive prison 
Marcelo Ortega as Big Haa, an inmate 
Marcia Wallace as Alma
Diego Corrales as Julio
Randy Couture as Carnahan
Don Frye as Nation Member
Brandon Molale as Guard Piken
Lil Rob as Inmate
Brandon T  Jackson as Deshawn, an inmate 
Olivia Munn as Maria, a secretary 
Barbara Dodd as Mrs  Darby, an old lady that Stan tried to con 
Richard Riehle as Judge Perry, a judge that presides over Stan's trial 
Kevin Gage as Bullard, a sympathetic prison guard 
Dan Inosanto as Prison Chef
Bob Sapp as Big Raymond, a tough inmate 
Tsuyoshi Abe as Dang, a Vietnamese Mafia member and one of the Master's students 
Ahman Green as Lee Otis, a former bank robber and inmate 
Salvator Xuereb as Patterson, the leader of the Nazi Prison Gang 
Buddy Lewis as Cleon, the leader of the Black Prison Gang 
Peter Vasquez as Juanito, the leader of the Mexican Prison Gang 
Megan Cavanagh as a Parole Board member 
Dan Haggerty as an ex-con who is gay
Faith Womack as Mindy Jr , Stan and Mindy's daughter 
Andrew Bernhard as InmateRob Schneider's mother Pilar cameos as one of the Board of Governors  Wes Takahashi, former animator and visual effects supervisor for Industrial Light & Magic, makes a cameo appearance as a bartender 

Production
Reception
On Rotten Tomatoes the film has an approval rating of 11% based on reviews from 9 critics (1 positive, 8 negative), with an average rating of 3 00/10 Julie Rigg of the Australian Broadcasting Corporation was highly critical of the rape-based humor, and concluded " I wasted two valuable hours of my life on Big Stan—don't make the same mistake " Writing for The Sydney Morning Herald, Paul Byrnes asked "If there's been a clumsier, dumber, more casually put together collection of badly timed gags, racial stereotypes and lazy performances this year, I have yet to see it   How could [Schneider] be in so many movies over a 20-year career and learn so little about making a movie?" Brian Orndorf of DVDTalk com called it "a forgettable, unfunny waste of time"  He criticized the "unrelenting" repetition of rape jokes, but believed that Schneider acted the character's fear of rape convincingly MovieHole rated it 3 5 out of 5 and called it Schneider's best film since The Hot Chick 
Passage 3:
John Schneider (producer)
John Steven Schneider (born April 23, 1962) is an American film, television and multi-media producer and artists' manager based in Los Angeles, California  The Pacifica, California, native made his first forays into show business when he took on the position of personal manager for his younger brother, comedian and actor Rob Schneider, and subsequently managed the San Francisco area rock band Head On  Eventually, John transitioned into producing movies such as The Hot Chick and Deuce Bigalow: Male Gigolo, alongside executive producers Adam Sandler and Jack Giarraputo 
John was the executive producer of Rob, a situation comedy starring Rob Schneider, which aired on the CBS television network in 2012, and co-produced the Academy Award-nominated 2012 feature film Hitchcock  He also serves as the personal manager of comedian, talk-show host and actor Tom Green, and creative consultant for Limp Bizkit frontman Fred Durst  Schneider produced Tom Green Live—the weekly talk show hosted by Green on entrepreneur/media mogul Mark Cuban's AXS TV channel—and is currently engaged in program development for CBS-TV, Showtime and The CW networks in conjunction with The Tannenbaum Company  In addition to his various production and management credits, John previously owned and operated the San Francisco nightclub DNA Lounge, and, at the age of 23, was elected to the Pacifica, California school board  He now resides in the Los Angeles area with his wife and three daughters 

Filmography
On the Road with Tom Green (TV special) (2015) - executive producer
Tom Green Live (2013) - executive producer
Hitchcock (2012) - co-producer
Rob (TV series) (2012) - executive producer
The Chosen One (2010) - producer
American Virgin (2009) - executive producer
Big Stan (2007) - producer
Deuce Bigalow: European Gigolo (2005) - producer
The Hot Chick (2002) - producer
The Animal (2001) - co-producer
Passage 4:
Sarah Price (filmmaker)
Sarah Price (born 1970) is an American filmmaker, director and producer known for the feature documentary American Movie (1999 Winner of the Grand Jury Prize for Documentary at the Sundance Film Festival, released by Sony Pictures Classics) Price is a member of the Directors Guild of America 

Early life
Price spent the first five years of her life in London, England, her early school years in the American Midwest and East Coast, and later attended high school at the International Schools in Frankfurt, Germany and Nairobi, Kenya   Price was educated at the University of Iowa 

Career
She directed Caesar's Park (2001 SXSW Int'l Film Fest, Sundance Channel), The Yes Men (2003 Toronto Int'l Film Festival, released by United Artist/MGM), and Summercamp! (2006 Toronto Int'l Film Fest, Sundance Channel)  Price was also a cinematographer on The Yes Men Fix the World (2009 Sundance Film Fest/HBO), and a Co-Producer of Youssou N’dour: I Bring What I Love (2008 Toronto Int’l Fest)   In 2009, she expanded into commercial directing and is represented by Independent Media Inc   Sarah further expanded into episodic television in 2014, directing The Carrie Diaries for Warner Brothers 
In 2016, Sarah Price's documentary film "L7: Pretend We're Dead" was first screened   Price describes hearing a song by L7 while working as a DJ at her college radio station as the seed of her curiosity and interest in the group   The film was nominated for the Jury Prize at the 2017 Hollywood Film Festival and for the Indiemusic Schweppes Award at the IndieLisboa International Independent Film Festival in 2018   "L7: Pretend We're Dead" won the Jury Prize at the Bordeaux Rock - Musical Ecran in 2018 
Passage 5:
Registered Offender
Registered Offender is the debut comedy album by actor and stand-up comedian Rob Schneider   Released in July 2010 by Oglio Records, it contains a mixture of sketches and songs, with all voices performed by Schneider   The content is adult in nature and features various scatological references   The album was recorded at various times and locations during 2007–2009   A 7" vinyl single of the musical track "She's Gonna Come" b/w "Swain the Legend" was released simultaneously with the CD version of the album 

Background
"She's Gonna Come" features Schneider backed by a studio ensemble dubbed the Fabulous Dunderheads - which consists of members of the San Diego, CA-based alternative rock band The Night Marchers, led by former Rocket from the Crypt singer/guitarist John Reis 

Track listing
What I Want
Iraq Love
Yoko and Julian
She's Gonna Come
Swain the Legend
Virtual Kidnappers
Car Wash
The Perfect S--t
Agent for Porn Stars
Sex Offenders
The Liar Corp 
Welcome to the Jungle
Sea of J--z
Mom and Dad Party
Graduation Speech
Hidden Bonus Track
Passage 6:
Real Rob
Real Rob (stylized onscreen as REⱯL ROB) is an American streaming television sitcom created by Rob Schneider  It premiered on December 1, 2015, on Netflix, and follows the everyday life of Schneider, including his real-life wife Patricia and daughter Miranda  On July 27, 2016, the series was renewed for a second season, which premiered on September 29, 2017 

Cast
Main
Rob Schneider as himself
Patricia Schneider as herself, Rob's wife who is of Mexican descent and younger than he is 
Jamie Lissow as himself, Rob's incompetent assistant 
Miranda Scarlett Schneider as herself, introduced in the series as the 11-month-old daughter of Rob and Patricia 

Co-Starring
Max Amini as Stalker, a guy who watches Rob's every move 
Andrei Aldochine as Udo, a male stripper whom Patricia hires as their nanny 
Adam Korson as Andy, Rob's agent 

Also Starring
Kym Jackson as Margaret, Jamie's girlfriend who works at a marijuana store 
Keith Stubbs as Rob's Accountant The series guest stars David Spade, Norm Macdonald, Adam Sandler, Michael Madsen, Danny Trejo, and George Lopez 

Episodes
Episodes were directed by Rob Schneider and written by Rob Schneider, Patricia Schneider and Jamie Lissow 

Season 1 (2015)
Season 2 (2017)
Reception
"Real Rob" was met with a largely negative response from critics  The show held a score of 36 on Metacritic based on 5 critic reviews, and a 0% rating on Rotten Tomatoes based on 8 critic reviews On February 20, 2016, Internet personality Arin Hanson voiced his frustrations regarding Real Rob on his daily Let's Play webseries Game Grumps  Hanson felt the show's main issue was that Schneider's character was both unlikable and unrelatable, going as far as to say that "it's a show with no demographic " While Hanson's overall feelings toward the show were negative, he stated that he felt compelled to keep watching and also praised the performance of Patricia Schneider, citing her as a legitimately funny presence  Schneider eventually saw Hanson's rant and later appeared as a special guest on the show along with Patricia on May 16, 2016 
Passage 7:
Rob Schneider
Robert Michael Schneider (; born October 31, 1963) is an American actor, stand-up comedian, screenwriter, producer, and director  After several years performing stand-up comedy, Schneider found wider success during his tenure as a cast member and writer for the NBC sketch comedy series Saturday Night Live from 1988 to 1994  Following his departure from SNL, he went on to a career in feature films, including starring roles in the comedy films Deuce Bigalow: Male Gigolo (1999) and its 2005 sequel, The Animal (2001), The Hot Chick (2002), The Benchwarmers (2006), and Big Stan (2007)  Schneider is the father of singer Elle King 

Early life
Schneider was born in San Francisco, California on Halloween Day in 1963, and grew up in the nearby suburb of Pacifica  His parents were Pilar (née Monroe), a former kindergarten teacher and ex-school board president, and Marvin Schneider, a real estate broker  His father was Jewish and his mother was Catholic  Schneider's maternal grandmother was a Filipina who met and married his grandfather, a white American army private, while he was stationed in the Philippines  His mixed background has been a common theme throughout his career  Schneider graduated from Terra Nova High School in 1982 and then attended San Francisco State University  His older brother, John, is a producer 

Career
Early career
Schneider made his debut appearance on television in 1987, on HBO's 13th Annual Young Comedians special, which was hosted by comedian Dennis Miller 

Saturday Night Live
Schneider was part of the comedy team at NBC sketch comedy series Saturday Night Live (From 1990 to 1994 at SNL), he played such roles as "Tiny Elvis", "Orgasm Guy", Richard Laymer, the office worker beside the photocopier, who addressed each of his fellow employees with an endless stream of annoying gossip  Schneider is featured in the video release The Bad Boys of Saturday Night Live, along with colleagues Adam Sandler, Chris Rock, David Spade, and Chris Farley 

Recurring SNL characters
The Richmeister, an office worker who annoys people by giving them nicknames as they make copies 
Carlo, from the Il Cantore Restaurant sketches
The Sensitive Naked Man, a nude man who gives advice to other characters

Feature films, sitcoms, and endorsements
After leaving SNL, Schneider played supporting roles in a series of movies including Surf Ninjas, Judge Dredd, The Beverly Hillbillies, Home Alone 2: Lost in New York, Demolition Man, and Down Periscope  He also appeared in a recurring part on the television series Coach  In 1996, he co-starred in the NBC sitcom Men Behaving Badly, an American take on the hit British series of the same name  The U S  version ran for two seasons 
Schneider starred in the 1999 feature film Deuce Bigalow: Male Gigolo, a tale of a fish-tank cleaner who incurs a massive debt and is forced to become a "man-whore " This was followed by The Animal, about a man given animal powers by a mad scientist; The Hot Chick, wherein the body of a petty thief named Clive Maxtone (played by Schneider) is mystically switched with the body of a pretty, but mean-spirited high school cheerleader named Jessica Spencer (played by Rachel McAdams in her film debut); and the sequel Deuce Bigalow: European Gigolo



ground_truth: Ribosomes

prompt_front: Answer the question based on the given passages. Only give me the answer and do not output any other words.

Question: When was Erik Watts' father born?

The following are given passages.
Context 2: 

Personal life
Watts has five children  From his first marriage, he has a son, William III (nicknamed Biff), and from his second marriage, he has three sons, Joel, Erik, Micah and a daughter, Ene  In March 2006, Watts released his autobiography The Cowboy and the Cross: The Bill Watts Story: Rebellion, Wrestling and Redemption through ECW Press  The book chronicles his upbringing, his career as first a wrestler, then a promoter, along with events in his personal life  The book also details his becoming a born-again Christian 
Watts is a Republican, and in an ROH shoot interview with Jim Cornette, filmed in 2006, he criticised Bill Clinton and the Democrats numerous times  He also said, "All men are equal, but some men are more talented than others, and worth more "
Watts served as co-host of a sports talk radio show on The Sports Animal in Tulsa, Oklahoma until late 2008  He was a longtime resident of Bixby, a Tulsa suburb 

Championships and accomplishments
American Wrestling Alliance
AWA United States Heavyweight Championship (1 time)
Cauliflower Alley Club
Other honoree (2001)
Championship Wrestling from Florida
NWA Florida Heavyweight Championship (3 times)
NWA Southern Heavyweight Championship (Florida version) (1 time)
George Tragos/Lou Thesz Professional Wrestling Hall of Fame
Class of 2013
Gulf Coast Championship Wrestling
NWA Gulf Coast Heavyweight Championship (1 time)
Japan Wrestling Association
NWA International Tag Team Championship (1 time) – with Tarzan Tyler
Mid-South Sports
NWA Georgia Heavyweight Championship (1 time)
NWA Tri-State / Mid-South Wrestling Association
Mid-South North American Heavyweight Championship (2 times)
Mid-South Tag Team Championship (1 time) – with Buck Robley
NWA Louisiana Tag Team Championship (1 time) – with Buck Robley
NWA North American Heavyweight Championship (Tri-State version) (7 times)
NWA Tri-State Brass Knuckles Championship (2 times)
NWA Tri-State Tag Team Championship (5 times) – with Jerry Kozak (1), Billy Red Lyons (1), Greg Valentine (1), Billy Robinson (1) and Buck Robley (1)
Professional Wrestling Hall of Fame
Class of 2013
Southwest Sports, Inc 
NWA Texas Heavyweight Championship (1 time)
World Wide Wrestling Federation / World Wrestling Entertainment
WWWF United States Tag Team Championship (1 time) – with Gorilla Monsoon
WWE Hall of Fame (Class of 2009)
Wrestling Observer Newsletter awards
Most Obnoxious (1992)
Wrestling Observer Newsletter Hall of Fame (Class of 1996)
Passage 7:
Vicki Fowler
Vicki Fowler is a fictional character from the BBC soap opera EastEnders, played by Emma Herry from the character's birth in 1986 to 1988, Samantha Leigh Martin from 1988 to 1995, and Scarlett Alice Johnson from 2003 to 2004  She is the daughter of Michelle Fowler (Susan Tully) and Den Watts (Leslie Grantham)  The character is born in the serial, conceived in a controversial storyline about teenage pregnancy  Exploiting a whodunnit angle, at the time of the first showing, viewers were not initially told who was the father, and press interest in the fledgling show escalated as journalists attempted to guess  The audience finally discovered his identity in October 1985 in episode 66  Written by series co-creator/script-editor Tony Holland and directed by co-creator/producer Julia Smith, it was considered a landmark episode in the show's history  Early suspects were Ian Beale (Adam Woodyatt) and Kelvin Carpenter (Paul J  Medford), but then four possible suspects are seen leaving the Square early in the episode: Tony Carpenter (Oscar James), Ali Osman (Nejdet Salih), Andy O'Brien (Ross Davidson), and Den Watts  As Michelle waits by their rendezvous point, a car pulls up and the fluffy white legs of the soap landlord's poodle Roly leap out of a car to give it all away: Den Watts is the father of Michelle's baby  After this storyline the programme started to appear in newspaper cartoons as it moved more and more into the public mainstream Vicki's character was written out in 1995, after Susan Tully, who played Vicki's mother Michelle, decided to leave the soap  After an eight-year absence, she was reintroduced by Executive Producer Louise Berridge in 2003 as a rebellious teenager  Her reintroduction was part of the soap's attempt to rebuild the Watts clan, a successful family headed by Den, which had featured prominently in the 1980s  Johnson quit the role in 2004  The media was generally critical about the character upon her return, due to her American accent and its sudden disappearance  During the character's original stint, a storyline featuring Vicki being kidnapped was criticised due to its coincidental airing alongside the real-life abduction and murder of toddler James Bulger 

Storylines
1986–1995
16-year-old Michelle Fowler gets pregnant in 1985 after a one-night stand with her best friend Sharon's (Letitia Dean) father, Den Watts (Leslie Grantham)  Her family decide Michelle should have an abortion but she refuses, keeping the baby but keeping the father's name a secret  Vicki, named in honour of her great-grandparents Lou Beale (Anna Wing) and Lou's late husband Albert, is born in 1986 and Den is allowed to hold her but he and Michelle agree that he should keep his distance so nobody guesses he is her father  Michelle raises Vicki with her fiancé, Lofty Holloway (Tom Watt), who she marries after jilting him at the altar, although Den provides for Vicki secretly  After Sue Osman (Sandy Ratcliff) realises that she has had a phantom pregnancy, she is devastated and suggests to Michelle that she lets her and Ali Osman (Nejdet Salih) adopt Vicki, which infuriates Michelle  Vicki's grandmother, Pauline Fowler (Wendy Richard), realises Den is Vicki's father when she sees him give money to Michelle and slaps him  Lofty begins to pressure Michelle to let him adopt Vicki and have another child, but their marriage soon breaks down after Michelle has an abortion and Michelle refuses to name Vicki's father upon Lofty's departure  When Den is shot and presumed dead, Michelle tells Sharon that Vicki is her half-sister and Sharon is devastated whilst Arthur is furious  Vicki survives meningitis but Dr Legg (Leonard Fenton) fails to diagnose it, reuniting Michelle and Sharon 
Michelle decides to go on the run with Clyde Tavernier (Steven Woodcock) after he is accused of murdering Eddie Royle (Michael Melia), taking Vicki and Kofi Tavernier (Marcel Smith), Clyde's son, with them  Michelle and Clyde are caught by the police when trying to flee the country and Vicki and Kofi are sent to a children's home, but are later collected by their grandmothers  Vicki is kidnapped when an old woman, Audrey Whittingham (Shirley Dixon), takes her from outside her school  A national police investigation is launched and Vicki is returned home safely  When Michelle is shot by Dougie Briggs (Max Gold), Vicki discovers she is Sharon's half-sister when she stays with Sharon and her husband, Grant Mitchell (Ross Kemp) and the following day, Sharon tells Vicki about her father, which infuriates Michelle  The truth about Vicki's paternity spreads and Michelle's aunt, Kathy Beale (Gillian Taylforth), is upset about not being told by Michelle herself, finding out from Mandy Salter (Nicola Stapleton)  In October 1995, Michelle and 9-year-old Vicki leave Walford for Birmingham, Alabama, in the United States 

2003–2004
A teenage Vicki returns to Walford in February 2003 when she runs away from home  She has been arguing regularly with Michelle and it is decided that she can stay in Walford  After clashing with her grandmother Pauline, Vicki moves in with Sharon  Manipulative and mischievous, Vicki does as she pleases  Just weeks later, she discovers that she and Sharon have a half-brother, Dennis Rickman (Nigel Harman) – and persuades him to move to Walford  When she becomes pregnant by Spencer Moon (Christopher Parker), Sharon, who believes she is infertile, offers Vicki £10,000 to give her the baby to bring up as her own  Spencer wants to be a father but Vicki terminates the pregnancy 
Dennis soon tells Vicki that Den, who had supposedly died in 1989, is alive and living in Spain, and she brings him back to the Square to reunite with his family  She's horrified to discover that Sharon and Dennis have started a romantic relationship  Although they aren't biologically related, Vicki cannot accept it and rebels by dating Ash Ferreira (Raji James), which ends when he realizes that she is using him to get at her siblings  Eventually, Vicki and Den's objections take their toll on Sharon and Dennis and they end the relationship 
In 2004, an 18-year-old Vicki starts a relationship with her 46-year-old college lecturer, Tommy Grant (Robert Cavanah); her family, particularly stepmother Chrissie Watts (Tracy-Ann Oberman), are outraged  Tommy feigns love for Vicki and they talk about leaving Walford to go travelling  Knowing that Tommy is untrustworthy, Chrissie attempts to seduce him  After a brief kiss, Chrissie strips him naked in the toilets of The Queen Victoria public house, on the promise that she will soon join him  She steals his clothes and forces Vicki to see him for the lying cheat he is  Vicki is devastated and initially furious with Chrissie but eventually realizes she had her best interests at heart 
During a family meal on Christmas Day 2004, Sharon and Dennis announce that they have resumed their romantic relationship, only for Dennis's girlfriend Zoe Slater (Michelle Ryan) to announce that she is pregnant  Sharon decides to go to America alone and persuades Dennis to stay with Zoe and their baby  Den talks to Sharon alone, trying to persuade her to stay  Vicki overhears him say he does not love Vicki as much as he loves Sharon  Deciding she cannot live with such a father, Vicki decides to return to her mother in America  It is later revealed that she has moved to Australia and reunited with Spencer 
In January 2014, Sharon tells Spencer's brother, Alfie Moon (Shane Richie), that they need someone to help them open a bar in Sydney, so Alfie goes there for a few weeks to work with them  Vicki and Spencer are unable to attend Sharon's wedding to Phil Mitchell (Steve McFadden) in September 2014, nor are they able to attend the wedding of Vicki's relative Ian Beale (Adam Woodyatt) to Jane Beale (Laurie Brett) in February 2015  When Lofty returns to Walford in 2019, he gives Sharon  a £20,000 cheque to give to Vicki  In 2022, Vicki is revealed to be back in the USA when Sharon flies over to be with her whilst Vicki undergoes emergency surgery 

Creation and development
Conception and childhood characterisation
The conception of Vicki Fowler in 1985 was one of the first controversial storylines featured in EastEnders since its inception that February, as it involved the pregnancy of a schoolgirl, Michelle Fowler (Susan Tully)  Exploiting a Whodunit angle, viewers were not initially told who was the father, and press interest in the fledgling show escalated as journalists attempted to guess  The audience finally discovered his identity in October 1985 on episode 66  Written by series co-creator/script-editor Tony Holland and directed by co-creator/producer Julia Smith, it was considered a landmark episode in the show's history  Four possible suspects were seen leaving the Square early in the episode: Tony Carpenter (Oscar James), Ali Osman (Nejdet Salih), Andy O'Brien (Ross Davidson), and Den Watts (Leslie Grantham)  As Michelle waited by their rendezvous point, a car pulled up and the fluffy white legs of the soap landlord's poodle Roly leapt out of a car and gave it all away: Den Watts had fathered Michelle's baby  After this storyline the programme started to appear in newspaper cartoons as it moved more and more into the public mainstream Baby Emma Henry originated the role and played Vicki until 1988, when her parents moved to Scotland  The role was recast to Samantha Leigh Martin, who learned to call Susan Tully "Mummy Shell" and referred to Letitia Dean who played her mum's best friend, "Daddy Sharon"  Tully has commented, "What's lovely about working with Samantha is that she's always happy  When it comes to work, she knows it's playing a pretend game, she knows my real name but she knows to call me 'Mummy Shell' when the cameras are running  If she isn't involved for a couple of weeks, I like to visit her at home, so she's always relaxed with me " Tully worried about this when it came to filming scenes in 1989 where Vicki contracted meningitis and was hospitalised and placed in an incubator with tubes attached to her body  Tully said, "[Samantha] has seen me in all kinds of situations but I didn't know how she'd cope if I cried over her"  At Tully's suggestion, the BBC built a hospital room with minimal equipment and a consultant was present to make sure the BBC had the details correct and that neither the viewers or Samantha would be too distressed  Tully insisted that the child was not present when she had to film scenes of Michelle sobbing over the incubator In 1995, after 9 years onscreen being featured in various plot lines such as kidnapping, Vicki was written out of EastEnders, moving to America with Michelle 

Recast (2003)
In 2002, executive producer Louise Berridge decided to reintroduce the character 8 years after she had last appeared  Auditions were held to cast the role to a professional actor; however, auditionees were not informed which character they were auditioning for  The first audition was a group workshop of 30 auditionees, who were asked to perform improvisations  After whittling down potential actors from 500 to 4, the second stage of the audition process was an interview with EastEnders' Casting Director  The auditionees were asked to perform a monologue in front of a camera and do a screen test with one of the actors already in the show, Christopher Parker, who played Spencer Moon 17-year-old actress Scarlett Alice Johnson was cast: "At the second audition they gave me a monologue to read, but they'd been really careful about it  They hadn't said what the character's name was, they didn't give away anything in the monologue that might tell me who I was auditioning for  So I didn't know until I got the part who I was going to be playing—I'd been guessing for ages!" Asked how she felt when she knew she was playing Vicki Fowler, a character linked to the show's early history who is the daughter of 2 prominent original characters, Johnson said: "I felt very honoured, but it was quite scary  I knew there'd be a lot of people out there with expectations of what she'd be like  But it's good fun actually  It means you don't have to introduce yourself to everyone  You can really play with that [   ] My family are EastEnders addicts, we've watched it our whole lives  I remember the first Vicki, I remember Michelle and I definitely remember Dirty Den! My knowledge of the show really helped a lot, because I didn't have to do any research into the character  When I joined the show, I felt like I was meeting the actors for a second time  I'd already met them in my home on TV, then I had to actually meet them in real life!" The character made her reappearance in January 2003, turning up unexpectedly at her grandmother Pauline's (Wendy Richard) house To signify the character's eight years living in America, Johnson was required to use an American accent while playing Vicki  She was given a voice coach and a sheet of American phrases to practice weekly  She commented, "It is hard work, but it's becoming second nature now  As soon as I know that I'm Vicki, the accent just comes with it " After 6 months in the role, Vicki dropped the American accent  Johnson explained the reason for the change in 2004: "The producers knew that I had to have an American accent when I came into the show because my character had been living in America but it's not the kind of accent that you'd want to have for a long time on a show like EastEnders  It's not something that's going to fit in for a long period of time  What would have been perfect would have been to have it gradually fade out, but as you film 8 episodes at a time, this would be nigh on impossible  The decision was made that in the story Vicki was coming to terms with the fact that she wanted to live in London so therefore she was going to make a conscious effort to fit in with everyone around her and blend in with London life "The reintroduction of Vicki was part of the producers' plan to reform the Watts family, including the resurrection of Vicki's father Den, who had been presumed dead for 14 years  Discussing working with Leslie Grantham, who played Vicki's "iconic" father Den, Johnson said, "I was 2 when he left EastEnders [in 1989] so I never witnessed the hype surrounding him  I'm very aware of the legend  How could I not be? My only concern was that he should take me seriously [and] It's been fabulous  I can't wait for our scenes to be shown  They're really edgy and no one does edgy better than Leslie  It's been a massive challenge but I think the results are incredibly hard-hitting  EastEnders is becoming more like a serial drama than a soap  It's so well-written "

Personality
Vicki has been described as a "little madam" and a rebel   An EastEnders source commented, "Vicki has inherited a lot of her dad Den's traits – she is going to be a right handful"  Johnson has said, "Everyone loves to hate her, but I rather like that  I'd be more upset if she was nondescript  At least I provoke a passionate response in people  It's great being a bad girl "

Departure (2004)
In August 2004, the BBC announced that Johnson had decided to quit her role as Vicki  She commented, "I've had a really good two years, enjoyed all the experiences but it's time to move on"  Johnson filmed her final scenes in October and her departure coincided with that of Vicki's half-sister, Sharon (Letitia Dean)   Vicki departed on the Christmas Day episode of 2004  12 3 million viewers watched the episodes that involved the Watts family's disbandment  Media reports claimed that there were plans to bring Vicki back the following year, played by a new actress; this proved to be false  Her character was notably absent at the funerals of Vicki's father Den in September 2005, her brother Dennis in January 2006, and her grandmother Pauline in January 2007 
Following her departure from EastEnders, Johnson was more candid in her reasons for leaving: "I've had a great time but it got to the point where I was sat in bed at night thinking: 'Tomorrow will my character be crying, getting drunk or having an argument?'  It soon became physically exhausting and draining [   ] I don't think the producers were very happy when I said I wanted to leave  I was still very new and they had just set up the new Watts dynasty but no-one could have made me change my mind  When I said to the producers I wanted to go they told me they might have to recast Vicki  I don't mind  Life goes on and EastEnders goes on  I wouldn't want to go back at the moment – but never say never "

Reception
According to author Hilary Kingsley, the scenes in EastEnders' early years that showed toddler Vicki  "chattering happily" with the baby actor who played her uncle Martin (Jon Peyton Price) were viewer favourites  EastEnders was criticised in 1993 for featuring a storyline about child abduction at an inappropriate time  In the storyline, six-year old Vicki was abducted, leaving Michelle frantic with worry  In what has been described as a "coincidence of ill-timing", the storyline was screened at the same time as the real-life abduction and murder of two-year-old James Bulger  The BBC was forced to transmit a health warning prior to the airing of the episodes, announcing that the storyline would be "resolved positively" In the book, Social Issues in Television, a senior, nameless script editor opined that the abduction storyline sought to engage the audience at the expense of any parent's realistic concerns: "We get it wrong when we take the easy route like the kidnap snatch with Vicki  My argument about this was that I am a father but have never had my kids snatched  If I'm just sitting at home and my children are out late at night and they say they're going to be back at midnight and they don't come back, you immediately think they're dead and you start to worry  If they'd actually been snatched, it would have affected my entire life forever  I would never have recovered from it  I would have been frightened every time one of them left my side  Therefore the consequence of running a storyline like that is immense  If we were being totally responsible about it the fallout on Michelle would have been, well I just don't think she would have been the same person again "
The character received media criticism due to her American accent upon her reintroduction in 2003  Johnson said, "I knew that would happen because I'm the only character who speaks differently  I haven't taken any of that to heart " However, when the accent was altered from American to British, this received criticism too with Ian Hyland from the Daily Mirror describing it as "hilarious" and branding the character "Go Away Again Vicki"   He added, "Presumably the producers decided the reason viewers found her so annoying was her whiny American voice  Try again, guys " Upon her departure in 2004, Johnson was also critical about her character's alternating accent: "When I took the job they weren't sure what accent they wanted Vicki to have and about a week before they told me it should be American  I did that for a few months and then one day out of the blue I arrived on set and they told me they wanted me to change to Cockney  It was the producer's decision  I was as stunned as everyone else – all the criticism was perfectly justified  It's probably the most stupid decision they could have made  People assumed I was slipping out of the accent – but it was nothing to do with me  I've taken a lot of stick  But it doesn't bother me because I know the truth "A proportion of viewers responded negatively when Vicki was shown to have an abortion  Johnson claims she received abusive letters from fans of the show and that she was stopped in the street twice by older women who told her "it was quite wrong [   ] to have got rid of the baby  I found that awkward at the time  But, gradually, I came to realise it was rather flattering  Those women believed in my character so completely they forgot she wasn't real  So now I think I must have been doing a good job " Johnson has since been critical of the storylines given to her character describing them as weak 
Passage 8:
James Prinsep Beadle
James Prinsep Beadle (22 September 1863 – 13 August 1947) was an English painter of historical and military scenes 

early life
Born in Calcutta on 22 September 1863, his father was Major-General James Pattle Beadle  For three years, he studied with Legros at the Slade School in London and at the Ecole des Beaux Arts in Paris under Alexandre Cabanel; his final studies were back in London with G  F  Watts 

Painting career
Beadle first exhibited at the Royal Academy in 1884 and also at the Paris Salon  Five years later, he was awarded a bronze medal at the Paris Exposition Universelle  Growing up in a military family, the artist was particularly attracted to military subjects and one of his earliest pieces depicted the inspection of the Duke of Yorks Own Loyal Suffolk Hussars at Bury St  Edmonds in 1893  From then on, he was a frequent exhibitor of 'battle' paintings at the RA, the New Gallery and elsewhere  In a review published in the Illustrated London News on 19 May 1894, Beadle's military pieces were singled-out for praise: "He does not go out of his way to flatter 'Tommy Atkins', but he shows him to the public under many forms and in many becoming uniforms  He has studied him at home and abroad, at peace and at war, on horseback and on foot   "
While many of his scenes represented contemporary events such as the Franco-Prussian War, the Boer War and the First World War, Beadle found the subject of the Peninsular War, particularly interesting and visited Spain and Portugal in 1912 to sketch the battlefields  As late as 1924, the artist was still paintings scenes from the Peninsular War, but the events of 1914-1918 were also occupying his mind, and several notable paintings were produced including Neuve Chapelle, 10 March 1915, Dawn: Waiting to go over, and Breaking the Hindenburg Line  In his final years, he lived in Kensington and died at his home on Eldon Road on 13 August 1947, leaving his widow, A M G  Beadle 

Paintings
George II knighting Trooper Brown (Queen's Royal Hussars)
The Rearguard (Retreat to Corunna) (The Rifles)
Sahagun, December 1808 (The Light Dragoons)
Vitoria, 21 June 1813: The Village of Gamara Mayor carried by the 4th, 47th and 59th Regiments of General Robinson's Brigade (Nuneaton Art Gallery)
St  Sebastian, August 1813 (Regimental Museum, King's Own Royal Regiment, Lancaster)
Salamanca (Regimental Museum, King's Own Royal Regiment, Lancaster)
The Passage of the Bidassoa by Wellington's Army, 7 October 1813 (1908 - Queen's Royal Hussars)
Napoleon's last inspection at Waterloo
"1815 " The Captive Eagle  Corporal Styles of the Royal Dragoons, etc (1892 - Norfolk Museums Service)
Saving the Guns at Maiwand (1893 - National Army Museum)
The Victors of Paardeberg
The Empty Saddle: South Africa, 1900 (Queen's Royal Lancers)
Bergendal, South Africa: Charge of the 2nd Battalion Rifle Brigade (1914 - The Rifles)
Battle of Gheluveldt, 31 October 1914 (1920 - Worcester Museum and Art Gallery)
Dawn: Waiting to go over (Imperial War Museum)
Neuve Chapelle, 10 March 1915: 2nd Rifle Brigade and 39th Garwal Rifles clearing the village (Maidstone Museum & Art Gallery)
Battle of the Somme: Attack of the Ulster Division, 1 July 1916 (Belfast City Hall)
Breaking the Hindenburg Line (Imperial War Museum)
The Lost Patrol (East Riding Yeomanry in Palestine, 1917 (Queen's Own Yeomanry, York)
The Action of the 6th Mounted Brigade (The Bucks, Berks and Dorset Yeomanry) at El Mughar (1922 - Crown Commissioners, Institute of Directors, Pall Mall)
Charge of the Bucks, Berks, and Dorset Yeomanry at El Mughar, Palestine Campaign, 13 November 1917 (1936 - Staff College, Camberley)
Passage 9:
The Watts Prophets
The Watts Prophets were an American political poetry group from Watts, California, United States  Like their contemporaries The Last Poets, the group combined elements of jazz music and spoken-word performance, making the trio one that is often seen as a forerunner of contemporary hip-hop music  
Formed in 1967, the group comprised Richard Dedeaux, Fr Amde Hamilton (born Anthony Hamilton), and Otis O'Solomon (also billed as Otis O'Solomon Smith) (O'Solomon removed the "Smith" from his name in the 1970s)  Hamilton is the last surviving member as of March 2022 

History
Hamilton, O'Solomon, and Dedeaux first met and collaborated at the Watts Writers Workshop, an organization created by Budd Schulberg in the wake of the Watts Riots, as the Civil Rights Movement was beginning to take a new cultural turn  Fusing music with jazz and funk roots, and rapid-fire, spoken-word poetry, they created a sound that gave them a considerable local following  They released two albums, 1969's The Black Voices: On the Streets in Watts and 1971's Rappin' Black in a White World, which established a strong tendency toward social commentary and a reputation for militancy  The group was unable to secure another record deal; a promising deal with Bob Marley's Tuff Gong label famously fell through  Unable to sustain success, the group has performed only sporadically since the mid-1970s 
In recent years, the group's profile has improved somewhat  The 1997 recording, When the 90's Came, found them in the studio with pianist Horace Tapscott, and a European tour reunited the trio with former collaborator DeeDee McNeil  In 2005, Things Gonna Get Greater: The Watts Prophets 1969-1971 combined the group's first two efforts, bringing them back into print for the first time in more than a decade 
Amde Hamilton, who is now a priest of the Ethiopian Orthodox Tewahedo Church, can be seen performing a spoken-word piece at the 1981 funeral service of Bob Marley in Jamaica in the 1982 film Land of Look Behind  He also claims to have baptized Nina Simone (who was later funeralized in a Catholic church—the faith in which Hamilton was raised) 
In 1994, the group appeared on the Red Hot Organization's compilation CD, Stolen Moments: Red Hot + Cool, appearing on a track entitled "Apprehension" alongside Don Cherry (trumpeter)  The album, meant to raise awareness of the AIDS epidemic in African-American society was named "Album of the Year" by Time Magazine Richard Dedeaux died in December 2013  O'Solomon died in March 2022 

Discography
1969 - The Black Voices: On the Streets in Watts
1971 - Rappin' Black in a White World
1997 - When the 90's Came
2005 - Things Gonna Get Greater: The Watts Prophets 1969-1971 (compilation)

See also
The Last Poets
Gil Scott-Heron
Passage 10:
Angela Lonsdale
Angela Lonsdale (née Smith; 13 October 1967) is an English actress 

Biography
Born to a policeman father, Lonsdale trained at Brewery Youth Theatre at the Brewery Arts Centre, Kendal  She took part in a large number of amateur productions, including plays by local playwrights John Newman-Holden and Tim Bull  After initial rejection, Lonsdale then graduated from the Royal Scottish Academy of Music and Drama  Lonsdale is best known for playing police officer Emma Taylor on Coronation Street, later the wife of Curly Watts  Both characters left the programme in 2003 
She then took a regular part in the long-running television series The Bill  Lonsdale appeared as DI Eva Moore in the daytime BBC series Doctors  She left in October 2008, after her character was shot and presumed dead  She made a brief return to Doctors in September 2011  In 2012 and 2013 Lonsdale played the role of the mother in a family of wolves in children's TV drama Wolfblood 

Personal life
In 2005 Lonsdale married actor Perry Fenwick, who plays Billy Mitchell in EastEnders  They separated in 2010 

Filmography
Context 3:  The latter movie was not well received by critics or moviegoers, and as a result, Schneider won a 2005 Worst Actor Razzie Award for his role in the film In 2006, Schneider co-starred in the baseball-themed family comedy The Benchwarmers, along with his fellow SNL alumnus David Spade as well as Jon Heder  Other film roles include Schneider's appearance with Jim Henson's Muppets in the 1999 film Muppets from Space, and his role as a San Francisco hobo in the 2004 remake of Around the World in 80 Days 
Schneider's directorial debut, the comedy Big Stan, was released in some overseas markets during the fall of 2008, with a U S  release in early 2009  In the film, he starred as a real estate con artist who is arrested for perpetrating real-estate scams  He is sentenced to prison, so he takes a crash-course in martial arts to survive incarceration 
Schneider has also appeared in numerous comedies starring his SNL comrade Adam Sandler, including 1998's The Waterboy, 2010's Grown Ups, and 2020's Hubie Halloween  The comedic characters Schneider plays in these films include an overly enthusiastic Cajun man who proclaims the catch-phrase, "You can do it!"; an amiable Middle Eastern delivery boy; a prison inmate; and Sandler's one-eyed Hawaiian sidekick, Ula  Schneider has uttered the line "You can do it!" as a running gag in Sandler's films The Waterboy, Little Nicky, 50 First Dates, The Longest Yard, and Bedtime Stories, as well as in a deleted scene from Click (a sample of Schneider saying the phrase also turns up in the song "Original Prankster" by The Offspring)  Returning the favor, Sandler appeared in a cameo to spout the same line in Schneider's The Animal  Schneider narrated Sandler's 2002 animated movie Eight Crazy Nights, and voiced the part of a Chinese waiter  Schneider also had an uncredited cameo as a Canadian-Japanese wedding-chapel minister in the 2007 Sandler-Kevin James comedy I Now Pronounce You Chuck & Larry, and played a Palestinian cab driver who serves as the title character's nemesis in the 2008 Sandler film You Don't Mess with the Zohan 
Schneider played a variety of roles in the 2005 television special Back to Norm, starring another former SNL player Norm Macdonald, and appeared on episodes of the popular television shows Seinfeld and Ally McBeal  Schneider hosted the Sports Illustrated: Swimsuit '97 TV special, and the 2005 Teen Choice Awards, and was a frequent guest on NBC's late-night variety program The Tonight Show with Jay Leno  In Schneider's appearance with Leno on the July 24, 2007 episode of The Tonight Show, he showed up in drag as actress Lindsay Lohan after the latter cancelled following a controversial arrest for driving under the influence Besides his efforts in movies and television, Schneider released his first comedy album Registered Offender in July 2010  Registered Offender is composed of audio sketches and songs, with Schneider himself doing all of the character voices on the recording  He also revived his stand-up comedy career in 2010 with an international tour of theaters, clubs, and casinos Schneider appeared in the music video for country singer Neal McCoy's "Billy's Got His Beer Goggles On", as the song's title character  McCoy and Schneider met while the two went on a USO tour in support of U S  troops two months after the September 11, 2001 terrorist attacks on the World Trade Center and the Pentagon 
Schneider starred as the title character in the CBS sitcom Rob, which was loosely based on his real life  The series was canceled by CBS in May 2012   In 2015, he produced, directed and starred in Real Rob, a sitcom that follows his life and includes his real-life wife Patricia and daughter Miranda  Netflix released a season of 8 episodes, and a second season in 2017 Schneider is the official celebrity spokesperson for the Taiwan Tourism Bureau and the Ten Ren Tea company in Taipei Schneider was spokesperson for State Farm Insurance, but was dropped in 2014 due to his anti-vaccination views In May 2016, Schneider was featured as a special guest on the Let's Play webseries Game Grumps, alongside his wife Patricia, commentating over Midway's Mortal Kombat Trilogy  They reappeared on the show in November 2017, then commentating over Konami's Contra 
In 2021, Schneider competed on season six of The Masked Singer as the wild card contestant "Hamster"  A running gag is that "Hamster" would pantomime urinating on Nick Cannon and get affectionate with him  When unmasked on the fifth week, Schneider dedicated his performance of Luis Miguel's Sabor a Mí to Patricia and his daughters Miranda, Madeline, and Elle  In addition, Schneider did a variation of his Townie character's "You can do it" line by quoting Hamster's final words "You can do it Masked Singer, all night long!"
In 2022, he starred, produced, and directed in Daddy Daughter Trip, which served as his third film as a director and also starred his wife Patricia and daughter Miranda  The film will be exclusively shown in Harkins Theaters 

Personal life
Schneider has a daughter with former model London King, musician Elle King, who was born in 1989  On September 1, 2021, King gave birth to a son named Lucky, Schneider's first grandchild In 1996, Schneider established the Rob Schneider Music Foundation  The foundation returned music education to Pacifica's elementary schools by paying the teachers' salaries and providing funds for instruments and other equipment  Prior to Schneider's efforts, the school system did not have music education programs for many years Schneider once co-owned the DNA Lounge, a San Francisco nightclub On April 23, 2011, Schneider married television producer Patricia Azarcoya Arce, in Beverly Hills, California  Their first child, Miranda Scarlett Schneider, was born in 2012  The couple had their second daughter, Madeline Robbie Schneider, in September 2016  The family supports Mexican soccer club Tigres, which is based in Patricia's hometown of Monterrey 

Political views and positions
In 2013, Schneider switched political parties from the Democratic Party to the Republican Party, explaining: "The state of California is a mess, and the super majority of Democrats is not working  I've been a lifelong Democrat and I have to switch over because it no longer serves the people of this great state "That same year, Schneider endorsed Republican Assemblyman Tim Donnelly for governor in the election the following year In an interview on Larry King Now in 2017, Schneider said he was an independent but leaned more conservative 

Anti-vaccination activism
Schneider has been an outspoken critic of childhood vaccinations  In an interview with News10 in Sacramento, Schneider opined that "The efficacy of these shots have not been proven     And the toxicity of these things – we're having more and more side effects  We're having more and more autism " Schneider's statements have been discredited as lacking any factual basis  He also views the actions from the state to mandate vaccinations as government overreach Schneider has actively opposed the passage of two California laws, California Assembly Bill 2109 and California Senate Bill 277, which both intended to make childhood vaccination exemptions harder to obtain  On September 28, 2012, Schneider and California State Assemblyman Tim Donnelly spoke at the "Medical Freedom Rally", where they urged California Governor Jerry Brown to veto Assembly Bill 2109, which would have made it more difficult for parents to utilize philosophical reasons for exemptions from mandatory childhood vaccinations  While the bill was not vetoed, Governor Brown added a signing message instructing the Department of Health to add a religious exemption and to make sure the process is not overly burdensome to parents In 2015, Schneider fought against California Senate Bill 277, which removed exemptions to mandatory vaccinations due to personal beliefs, even leaving a phone message to California state Assemblywoman and bill co-author Lorena Gonzalez saying that he would spend money against her in her next re-election  Gonzalez, in an interview with The Washington Times, said that she found the message to be disturbing, but upon calling back, she said, "he was actually much nicer to me, but let's be honest … that is 20 mins of my life I'll never get back arguing that vaccines don't cause autism with Deuce Bigalow: Male Gigolo  #vaccinateyourkids "

Filmography
Film
Television
Video games
Passage 8:
Deuce Bigalow: Male Gigolo
Deuce Bigalow: Male Gigolo is a 1999 American sex comedy film directed by Mike Mitchell and written by Harris Goldberg and Rob Schneider  The film stars Schneider in the title role, with William Forsythe, Eddie Griffin, and Arija Bareikis in supporting roles  The film tells the story of a hapless fishtank cleaner who goes into business as a male prostitute in an attempt to earn enough money to repair damage he caused while house-sitting  The film is notable for being the first film produced by Happy Madison Productions 
Deuce Bigalow: Male Gigolo was released in the United States on December 10, 1999, by Buena Vista Pictures  While the film received generally negative reviews from critics, it was a box office success, grossing over $92 million worldwide against a $17 million budget A sequel, titled Deuce Bigalow: European Gigolo, was released in August 2005 by Sony Pictures Releasing 

Plot
Deuce Bigalow, an insecure fishtank cleaner, is fired for cleaning the tank at a public aquarium while naked  Deuce is unsuccessful in attracting women, so he attempts to keep himself busy at work  On a house call, he meets the Argentinian male prostitute Antoine Laconte  Antoine is going on a business trip, and so asks Deuce to care for his sick lionfish and protect his home while he is away  Deuce accidentally sets Antoine's kitchen on fire when trying to make a grilled cheese sandwich in the toaster, and breaks an expensive fish tank, causing a lot of water damage 
Fearing Antoine will kill him (Antoine even tells him he will if he messes the place up), Deuce is forced to find a way to pay $6,000 for the damage  Low-rent pimp T J  Hicks offers to help Deuce make enough money to buy a new fish tank, and convinces Deuce to take over the absent Antoine's role as a gigolo  Deuce decides to make the clients feel better about themselves since he only desires to have sex with beautiful women 
Deuce meets unusual clients but he still manages to get along with them, despite there being no sex involved, by helping them with certain issues in their lives  The clients include Carol, a woman who is severely narcoleptic; Ruth, who has Tourette syndrome with coprolalia, and therefore is afraid of socializing; Fluisa, a mannish obese woman weighing close to 750 pounds; and Tina, a woman that has a pituitary gland disorder and is extremely tall  Deuce's list of clients gradually increases, with each client being satisfied by much more fulfilling measures due to his personal attention and friendship  However, Deuce falls in love with one of his clients, Kate, who has a prosthetic leg  She later breaks up with Deuce when she finds out that he was a prostitute hired by her friends 
Meanwhile, Deuce is being stalked by Detective Chuck Fowler, who demands Antoine's "black book" of clients and threatens to take Deuce to jail if he does not comply  Deuce eventually helps Fowler please his wife by stripping and erotically dancing for her, and the two make amends  Deuce is still taken into custody on prostitution charges, as Fowler needs someone to bring in and Deuce refuses to betray his friend T J  At the hearing, it is revealed that Deuce never slept with any of the clients except for Kate  Since Deuce gave back the money to Kate and was not paid for sex with her, he is cleared of all charges 
Using the money he made, Deuce restores Antoine's fish tank, although due to time constraints, he is warned that the glass may not be installed properly  Unfortunately, Kate's blind roommate accidentally kills the prize fish in Antoine's aquarium when she starts the mixer in which the fish was being kept  Deuce buys a replacement fish and returns to Antoine's house just before he returns  Antoine taps the new aquarium and the glass shatters  Deuce then reveals his prostituting adventures to the furious Antoine  Enraged, Antoine tries to kill Deuce and at one point shoots a crossbow bolt at him  Fluisa shows up, comes between the two men, and saves Deuce's life (she is not killed because the bolt hits her breasts, between which she has hidden a roast chicken)  Antoine is then arrested by Detective Fowler and Deuce marries Kate 
The end sequences then follow  Deuce's father becomes a male prostitute  Fluisa underwent extensive liposuction and became a model in Victoria's Secret known as Naomi  Ruth opens up an all-girls school for people with Tourette's  Carol manages to fulfill her dream trip to France and dies falling off the Eiffel Tower  T J  starts his own reality show dedicated to his experiences as a male prostitute  An incarcerated Antoine marries Tina 

Cast
Production
Deuce Bigalow: Male Gigolo was the first film released by the Happy Madison Productions film production company  Adam Sandler served as the film's executive producer  Sandler also starred behind the scenes and can be heard yelling the infamous "Freak!' line and other various lines in the background 

Soundtrack
"Call Me" - Blondie
"Spill the Wine" - Eric Burdon and War
"You Sexy Thing" - Hot Chocolate
"Get Down Tonight" - KC and the Sunshine Band
"Let's Get It On" - Marvin Gaye
"I'm Not in Love" - 10cc
"Magnet and Steel" - Walter Egan
"No Worries" - Hepcat
"Can't Smile Without You" - Sean Beal
"Lift Me Up" - Jeff Lynne
"Call Me" - Emilia Maiello

Release
Box office
Deuce Bigalow: Male Gigolo opened theatrically on December 10, 1999 in 2,154 venues and earned $12,224,016 in its opening weekend, ranking third in the North American box office behind Toy Story 2's fourth weekend and fellow newcomer The Green Mile  The film ended its run, having grossed $65,538,755 in the United States and Canada, and $27,400,000 overseas for a worldwide total of $92,938,755  Based on a $17 million budget, the film was a box office success 

Critical reception
Deuce Bigalow: Male Gigolo received negative reviews from critics  On Rotten Tomatoes, it has an approval rating of 22% based on 76 reviews, with an average rating of 4 01/10  The site's consensus states: "According to critics, Deuce Bigalow is just too dumb and filled with old, tired gags " On Metacritic it has a score of 30 out of 100 based on reviews from 26 critics, indicating "generally unfavorable reviews"  Audiences surveyed by CinemaScore gave the film a grade B Roger Ebert of the Chicago Sun-Times gave the film one-and-a-half out of four stars, stating "It's the kind of picture those View n' Brew theaters were made for, as long as you don't View " Kendall Morgan from The Dallas Morning News writes in her review, "Deuce Bigalow: Male Gigolo makes There's Something About Mary look like Masterpiece Theatre "

Sequel
In 2005, a sequel, Deuce Bigalow: European Gigolo, was released by Sony Pictures Releasing 
Passage 9:
Rob (TV series)
Rob (stylized as ¡Rob!) is an American sitcom television series that premiered on CBS on January 12, 2012, at 8:30 pm (ET) as a mid-season replacement for Rules of Engagement, and ended on March 1, 2012  The series stars Rob Schneider alongside Cheech Marin, Claudia Bassols, Diana Maria Riva, Eugenio Derbez, Ricky Rico, and Lupe Ontiveros  The show was produced by Two and a Half Men's The Tannenbaum Company and CBS Productions 
On May 13, 2012, CBS canceled the series after one season 

Synopsis
The series follows Rob (Rob Schneider), a former lifelong bachelor and landscape architect with Obsessive Compulsive Disorder, who marries into a tight-knit Mexican American family and attempts to be closer to them, often ending in disastrous results despite his good intentions 

Cast and characters
Rob Schneider as Rob
Claudia Bassols as Maggie, Rob's much-younger wife
Cheech Marin as Fernando, Maggie's cynical father
Diana Maria Riva as Rosa, Maggie's wise cracking and sarcastic mother who sees through all of Fernando's ploys
Eugenio Derbez as Hector, Rosa's brother, Maggie's uncle, and the self-proclaimed "best friend" of Rob
Lupe Ontiveros as Abuelita, Fernando's mother and Maggie's grandmother

Production
The pilot first appeared on CBS's development slate in October 2010  On February 4, 2011, CBS placed a pilot order, written by Rob Schneider and Lew Morton, and directed by Jamie Widdoes  The series' executive producers were Schneider, Morton, and Kim and Eric Tannenbaum  The series then premiered January 12, 2012, and concluded on March 1, 2012, after eight episodes 

Episodes
U S  Nielsen ratings
International broadcast
In Canada, the series airs on Global and premiered on January 19, 2012, after The Office 

Reception
Reviews for Rob were generally unfavorable  Jace Lacob of The Daily Beast described it as CBS's "worst new show" and wrote of the first episode that "there isn’t a single Latin name among the writers or producers" and that it "offers a wafer-thin appreciation and awareness of Mexican culture, one that doesn’t go beyond guacamole and the occasional use of the Spanish endearment mija (my daughter) " Robert Bianco of USA Today wrote in his review that "Some of this barrage of stereotypes might be passable if even one character were intelligently written and skillfully played, but there's hardly a moment or performance in Rob that doesn't reek of the leftover and the second-rate" and that "Schneider's the only actor who even seems to be trying " In a more positive review, Glenn Garvin of The Miami Herald wrote in his review that the show is a "rather funny sitcom about the cultural collisions that occur every day in an increasingly blended America"  The show received a 28/100 rating on Metacritic 

Season ratings
Passage 10:
The Hot Chick
The Hot Chick is a 2002 American fantasy comedy film written and directed by Tom Brady, with additional writing by Rob Schneider  Schneider stars as Clive Maxtone, a middle-aged criminal who switches bodies with mean-spirited cheerleader Jessica Spencer, played by Rachel McAdams  Anna Faris stars as Jessica's best friend, April, and Matthew Lawrence plays Jessica's steady boyfriend  
Adam Sandler served as executive producer and has a small role in the film as the Mambuza Bongo Player, a character based on one played by Schneider in a Saturday Night Live sketch  Sisters Tia and Tamera Mowry and singers Ashlee Simpson, Angie Stone, and Michelle Branch also had small roles  Parts of the film were shot at Redondo Union High School and El Segundo High School  The film was a moderate box office success, but received negative reviews from critics who criticized the jokes and Schneider's performance 

Plot
In 50 BC, in an Abyssinian castle, the princess Nawa uses a pair of enchanted earrings to escape an arranged marriage by swapping bodies with a slave girl  When each woman wears one of the earrings, their bodies are magically swapped while their minds remain in place 
In her modern-day suburban home, Jessica Spencer is a beautiful but mean-spirited "hot chick"  Her closest friends are April, Keecia, and Lulu  April is Jessica's best friend, and all four girls are cheerleaders  At school one day, Jessica makes fun of an overweight girl named Hildenburg and a Wiccan girl named Eden  After that, she and her friends visit the local mall, where Jessica gets her rival Bianca into trouble and finds the earrings in an African-themed store  The earrings are not for sale, so Jessica steals them 
Shortly afterward, small-time criminal Clive Maxtone robs a nearby gas station  When Jessica and her friends stop there and mistake him for an employee, he services their car to avoid raising suspicion  She accidentally drops one of the earrings on the ground, the girls drive away, and Clive picks up the earring  That evening, in their respective homes, Jessica and Clive put on their earrings  When they wake up the next morning, each of them is trapped in the other's body  This is especially difficult for Jessica, who has a cheering competition and the school prom coming up soon 
After Jessica convinces her friends of who she is, they help her investigate the body swap  Hildenburg, Eden, and Bianca are all innocent, Hildenburg and Eden join Jessica after she apologizes to them, and Eden finds a picture of the earrings on the internet  When the girls return to the African store, the owner explains how the earrings work and tells the girls they must find the other earring soon or the change will become permanent 
Meanwhile, Jessica is hired for two jobs while secretly living with April  At her own home, where she works as a gardener, her parents tell her about their marital problems and she helps them rekindle their sex life  
At school, while cleaning the boys' locker room as a custodian, she spies on her boyfriend Billy, who truly loves her, and April's boyfriend Jake, who has been cheating on her  Faced with Jake's infidelity, April begins to fall in love with Jessica, who agrees to take her to the prom  
At the cheering competition, Jessica signals romantically to Billy while disguised as the school mascot, but when the head of her suit falls off, he becomes confused and leaves with Bianca  
Jessica goes to the prom with April and they kiss  Jake sees this and is so upset, he spills his drink on his date  April confesses to being in love with Jessica, who tells April she is perfect and doesn't need anybody  Jessica tries to win Billy back, telling Billy it's her in Clive's body, but he is so shocked and confused that he runs off  
During this time, Clive has been using Jessica's body to make money from men, including Billy, who gives him his money and car, believing he is Jessica  Clive then tries to run him over  On the evening of the prom, Hildenburg sees a video of Clive in Jessica's body robbing a man on the TV news, goes to the scene of the crime, and finds a business card for the club where Clive works as a pole dancer  She informs Jessica at the prom, and the girls go to the club  
When they find Clive, Jessica steals his earring and puts it on herself along with the other one  With both earrings now on the same person, Jessica's and Clive's bodies return to their original owners 
After Jessica makes up with Billy, the film ends with the school's graduation ceremony, followed by a scene in which Clive, running from the law and still dressed in lingerie and handcuffs, is picked up by a bartender who believes he is a homosexual  The bartender turns around slowly with a sinister smile on his face to look at Clive, and locks the doors  Clive screams in horror 

Cast
Wes Takahashi, former animator and visual effects supervisor for Industrial Light & Magic, makes a cameo appearance as a news reporter  Schneider's mother Pilar appears as a judge of the cheerleading contest 

Production
Filming took place at University High School in West Los Angeles  Speaking on the film, Schneider commented: "No man is a hundred-percent masculine and no woman is a hundred-percent feminine – we're all just somewhere on the scale there  So what I tried to do was just play it with an innocence and gentleness, and then find some physical keys to lock-in on "

Casting
Singers Ashlee Simpson and Michelle Branch each make their feature film debut with cameo roles 

Soundtrack
Release
The Hot Chick was originally rated R, but several scenes were edited out in order to receive the broader PG-13 rating  The R version was classified 12A in Britain, maintaining the same rating given to the PG-13 theatrical version 

Reception
Box office
The film opened at #5 at the U S  box office on the weekend of December 13–15, 2002, taking in US$7,401,146, averaging $3,338 across the 2,217 theatres where it was shown  It went on to earn a total worldwide gross of $54,639,553 

Critical response
The Hot Chick received negative reviews  On Rotten Tomatoes, the film had an approval rating of 21% based on reviews from 82 critics, with an average score of 3 90/10  The critical consensus read: "The Hot Chick's one-note concept gets stretched thin, and a lot of the jokes fall flat " On Metacritic, as of October 2020, the film had a score of 29 out 100 based on reviews from 22 critics, indicating "generally unfavorable reviews"  Audiences surveyed by CinemaScore gave the film a grade B+ on scale of A to F Roger Ebert and Richard Roeper gave the film two thumbs way down  Ebert gave the film half a star (out of a possible four), declaring, "The MPAA rates this PG-13  It is too vulgar for anyone under 13, and too dumb for anyone over 13 " Roeper panned the film saying "it's in color  And, it was mostly in focus "Dennis Harvey of Variety magazine wrote: "At best routinely assembled—at worst barely competent  The slapstick is labored, and the bigger setpieces flat "

Accolades
Rob Schneider was nominated for a Razzie Award for Worst Actor of the Decade for his performance in the film 

Home media
The Hot Chick was released May 13, 2003 on VHS and DVD  The DVD featured the deleted scenes that would have made the film an R, including an alternate ending 

See also
Freaky Friday  (1976)
Big (1988)
Body swaps in films



ground_truth: May 5, 1939

prompt_front: Answer the question based on the given passages. Only give me the answer and do not output any other words.

Question: Sarah Price and Rob Schneider are both what profession? 

The following are given passages.
Context 4:  People opined that an elephant that had killed a man was unfit to carry the religious duties of Dasara  So Arjuna, while being as capable as Drona, was not given the honorable duty, though he did have the honour of carrying the Chinnada Ambari once before being replaced by Balarama  Balarama had been rested from the duty of carrying the Golden Howdah due to his reducing weight and has been succeeded by Arjuna  Balarama led the procession as the 'nishane aane' or the lead elephant 
Balarama's Mahout Sannappa once refused to mount Balarama after his family were stopped by the police from watching him ride during Dasara 
Balarama refused food given to him by anybody other than his Mahout  Balarama weighed about 4590 Kilograms and he conquered the hearts of human beings by his majestic looks and the silence that he possessed  He was looked after at the Morkal Elephant camp at Nagarahole national park and his previous mahout Sannappa has retired and his new master Thimma has taken over 
The 67-year-old elephant was critically ill and under the care of a veterinarians at the Bhimanakatte elephant camp in the Hunsur range of the Nagarhole park  Despite the efforts of the medical team, Balarama’s condition deteriorated  According to reports, Balarama had been recovering from an ulcer in his mouth but the veterinarian treating him suspected that he may have been suffering from tuberculosis  He died on 7 May 2023 

See also
List of individual elephants
Passage 7:
Justin Tranchita
Justin Chase Tranchita  (born June 22, 1981) is an American singer, songwriter, actor, and businessman  Born in Geneva, Illinois and raised in Princeton, Illinois  He achieved popularity by his recurring role on Game of Pawns and his music 

Life and career
Early life and career beginning
Justin was born to Joseph James Tranchita and Julee Ann Child in Geneva, Illinois, on June 22, 1981  His paternal grandfather was an immigrant from Marsala, Italy, while his mother was of Jewish and Irish ancestry  He has four elder siblings, Joe (born 1971), Julie (born 1974), Pam (born 1976) and Angie (born 1978) and four younger siblings, Jonathan (born 1983), Elliott (born 1990), Joshua (born 1995) and Marie (born 2000) 
He was raised in Princeton, Illinois just past the Red Covered bridge on a farm with animals surrounded by corn fields  He attended Princeton High school and played football for the school but due to his parents religious beliefs he was pulled out of attendance and home schooled after his sophomore year  Tranchita went on several humanitarian trips as a boy taking him all over America and twice to Israel  After his parents divorced his senior year in high school Tranchita had a crisis of faith and left Princeton  He later told the Bureau County Republican that "It was kind of a long road out of Princeton but it was the best place a kid could grow up  " Justin received a music scholarship to Greenville College and attended in 1999  In 2000 he dropped out of college and relocated to Branson , Missouri where he met Don Williams brother of American singer Andy Williams and Robert Vinton son of American singer Bobby Vinton  who helped Justin take the leap into a career in music and television 

Television and music
Tranchita starred on the television series Game of Pawns which airs on the Discovery Channel globally  The series was filmed in 2013 by High Noon Entertainment and is based on the goings on in a pawn shop in Branson, Missouri  Justin is joined by Scott Velvet and Brian Roman in this television game show which continues to run as re-runs in the United States and around the world on Discovery networks Recorded with producer and writer Steve Messer, the song "This is America" features lyrics about American politics  It first became noticed when the Ben Carson presidential campaign heard the song and decided to use it as their campaign song for 2016  Quickly after Ben Carson used the song it had commercial success by reaching number one on the Billboard Twitter Emerging Artist chart on November 28th, 2015 where it continued to stay on the chart for weeks  The song was controversial in nature and garnered mixed reviews, digg com said it was "one of the worste campaign songs of all time " Dan Fallon of digg com wrote "Props to Tranchita for almost getting the lyric "While governmental power tends to grow continuously" to not sound super awkward " Tranchita told The Guardian, "When I started to look into Ben Carson and what he stood for   people who have a faith – I identify with them because it does separate from people who do not ” Ben Carson personally thanked Justin for allowing him to use the song publicly in a statement to his Facebook followers, This is America returned to the number one spot again in 2016 after spending ten weeks on Billboards Emerging chart  This gave Tranchita a number one hit with the same song in two different years 

Discography
The Devil Song, (single)  (2012)
Cock of The Walk (2012)
This is America (single) (2015)
American Man 2016

Michigan State House Run
After the song "This is America" vaulted Tranchita into the political limelight he decided to run for the Michigan State House, district 32 in March of 2016  He was among Macomb County Republicans competing in state House races  Tranchita said the popularity of his song was responsible in part for his run, he told The Detroit News, "Millions of people have responded to [the song]    There's some angst, some anger, and people are feeling like their voices aren't heard  I feel that  I'm a blue-collar guy, not some elitist or crony that wants to be in the ruling class " After a very hard fought race Tranchita was narrowly defeated in his first ever political campaign by six percent in the August 2016 primary 
Passage 8:
Cock and Bull (book)
Cock and Bull is the title of a volume composed of two novellas by Will Self, which includes the stories Cock and Bull  The two stories are characterized by empty, emotionless, phatic sex; rape; cruelty; and violence  The book was originally published in 1992 by Bloomsbury 

Plot summaries
Cock
A woman grows a penis and then uses it to rape her tedious, alcoholic husband and his patronising, evangelical mentor from Alcoholics Anonymous  In the story's final twist, the woman comes into non-consensual contact with her violating member, and makes allusions to The Rime of the Ancient Mariner 

Bull
A sensitive rugby player-cum-writer for a small magazine grows a vagina behind his knee  His megalomaniacal general practitioner, having discovered the vagina during an examination, conceals it from Bull, telling him it was 'a burn and a wound', though later visits Bull at home, fixated on this popliteal yoni  The doctor, removing the bandages from the site, reveals the truth, and seduces Bull while he is traumatised and huddled beneath the sink 
Gender stereotypes are examined; much fun is made of modern literary criticism and its often clichéd takes on the gender debate 

Reviews
"In recounting such events, Mr  Self demonstrates an uncanny ability, similar to that displayed by Kafka in The Metamorphosis, to lend utterly absurd events an aura of verisimilitude by grounding the fantastic in the mundane  He possesses all those gifts a satiric writer might want: an eye for the telling detail, an ear for the pretensions of contemporary locution, an ability to write idiosyncratic prose that twinkles with cleverness and wit  Unfortunately, in this volume, these copious gifts are all too frequently put in the service of a misogynistic and ridiculously sophomoric vision  " Michiko Kakutani, The New York Times
Passage 9:
Will Self
William Woodard Self (born 26 September 1961) is an English author, journalist, political commentator and broadcaster  He has written 11 novels, five collections of shorter fiction, three novellas and nine collections of non-fiction writing  Self is currently Professor of Modern Thought at Brunel University London, where he teaches psychogeography His 2002 novel Dorian, an Imitation was longlisted for the Booker Prize, and his 2012 novel Umbrella was shortlisted  His fiction is known for being satirical, grotesque and fantastical, and is predominantly set within his home city of London  His writing often explores mental illness, drug abuse and psychiatry 
Self is a regular contributor to publications including The Guardian, Harper's Magazine, The New York Times and the London Review of Books  He currently writes a column for the New Statesman, and he has been a columnist for the Observer, The Times, and the Evening Standard  His columns for Building Design on the built environment, and for the Independent Magazine on the psychology of place brought him to prominence as a thinker concerned with the politics of urbanism 
Self is a regular contributor to British television, initially as a guest on comic panel shows such as Have I Got News for You  In 2002, Self replaced Mark Lamarr on the BBC comedy panel show Shooting Stars  for two series, but was himself replaced by comedian Jack Dee when the programme returned in 2008   He has since appeared on current affairs programmes such as Newsnight and Question Time  Self is a contributor to the BBC Radio 4 programme A Point of View, to which he contributes radio essays delivered in his familiar "lugubrious tones"  In 2013, Self took part in discussions about becoming the inaugural BBC Radio 4 Writer-in-Residence, but later withdrew 

Early life
Self was born in Charing Cross Hospital and brought up in North London, between the suburbs of East Finchley and Hampstead Garden Suburb  His parents were Peter John Otter Self, Professor of Public Administration at the London School of Economics, and Elaine Rosenbloom, from Queens, New York, who worked as a publisher's assistant  His paternal grandfather was Sir Albert Henry Self  Self spent a year living in Ithaca in upstate New York Self's parents separated when he was nine, and divorced when he was 18  Despite the intellectual encouragement given by his parents, he was an emotionally confused and self-destructive child, harming himself with cigarette ends and knives before beginning to experiment with drugs Self was a voracious reader from a young age  When he was 10, he developed an interest in works of science fiction such as Frank Herbert's Dune and the works of J  G  Ballard and Philip K  Dick  Into his teenage years, Self claimed to have been "overawed by the canon", which stifled his ability to express himself  Self's use of drugs increased in step with his prolific reading  He started smoking cannabis at the age of 12, progressing by way of amphetamines, cocaine and LSD to heroin, which he started injecting at 18  Self struggled with mental health issues during this period, and aged 20 became a hospital outpatient Self attended University College School, an independent school for boys in Hampstead  He later attended Christ's College, Finchley, from where he went to Exeter College, Oxford, reading Philosophy, Politics and Economics and graduated with a third class degree  At Oxford, he was editor of and frequent contributor to an underground left-wing student newspaper called Red Herring/Oxford Strumpet, copies of which are archived in the Bodleian Library 

Career
After graduating from Oxford, Self worked for the Greater London Council, including as a road sweeper, while residing in Brixton  He pursued a career as a cartoonist for the New Statesman and other publications and as a stand-up comedian  He moved to Gloucester Road around 1985  In 1986 he entered a treatment centre in Weston-super-Mare, where he claimed that his heroin addiction was cured  In 1989, "through a series of accidents", he "blagged" his way into running a small publishing company The publication of his short story collection The Quantity Theory of Insanity brought him to public attention in 1991  Self was hailed as an original new talent by Salman Rushdie, Doris Lessing, Beryl Bainbridge, A  S  Byatt and Bill Buford  In 1993, he was nominated by Granta magazine as one of the 20 "Best Young British Novelists"  Conversely, Self's second book, My Idea of Fun, was "mauled" by the critics Self joined the Observer as a columnist in 1995  He gained negative publicity in 1997 when he was sent to cover the election campaign of John Major and was caught by a rival journalist using heroin on the Prime Minister's jet; he was fired as a result  At the time, he argued "I'm a hack who gets hired because I do drugs"  He joined the Times as a columnist in 1997  In 1999 he left the Times to join the Independent on Sunday, which he left in 2002 for the Evening Standard He has made many appearances on British television, especially as a panellist on Have I Got News for You and as a regular on Shooting Stars  Since 2008 Self has appeared five times on Question Time  He stopped appearing in Have I Got News for You, stating the show had become a pseudo-panel show  Between 2003 and 2006, he was a regular contributor to the BBC2 television series Grumpy Old Men Since 2009, Self has written two alternating fortnightly columns for the New Statesman  The Madness of Crowds explores social phenomena and group behaviour, and in Real Meals he reviews high street food outlets  For a May 2014 article in The Guardian, he wrote: "the literary novel as an art work and a narrative art form central to our culture is indeed dying before our eyes", explaining in a July 2014 article that his royalty income had decreased "dramatically" over the previous decade  The July article followed the release of a study of the earnings of British authors that was commissioned by the Authors' Licensing and Collecting Society Self is a professor of Modern Thought at Brunel University London  He was appointed in 2012 

Literary style
According to M  Hunter Hayes, Self has given his reason for writing as follows: "I don't write fiction for people to identify with and I don't write a picture of the world they can recognise  I write to astonish people " "What excites me is to disturb the reader's fundamental assumptions  I want to make them feel that certain categories within which they are used to perceiving the world are unstable "When he was ten, he developed an interest in works of science fiction such as Frank Herbert's Dune and those of J  G  Ballard and Philip K  Dick  Self admires the work of J  G  Ballard, Alasdair Gray and Martin Amis  He has said that he previously admired William Burroughs but went off him  He has cited influences such as Jonathan Swift, Franz Kafka, Lewis Carroll and Joseph Heller as formative influences on his writing style  Other influences on his fiction include Hunter S  Thompson  Self credits Céline's book Journey to the End of the Night with inspiring him to write fiction Zack Busner is a recurring character in Self's fiction, appearing in the short story collections The Quantity Theory of Insanity, Grey Area and Dr  Mukti and Other Tales of Woe, as well as in the novels Great Apes, The Book of Dave, Umbrella and Shark  Busner is a psychiatrist and psychoanalyst practising in London, and is prone to self-promotion at the expense of his patients  He is often the antagonist of the stories he appears in, although not always with villainous intent 
Among Self's admirers was the American critic Harold Bloom  Journalist Stuart Maconie has described him as "that rarity in modern cultural life, a genuine intellectual with a bracing command of words and ideas who is also droll, likeable and culturally savvy "

Political views
In the 2015 UK general election Self voted Labour in a general election for the first time since 1997  In May 2015, he wrote in The Guardian: "No, I'm no longer a socialist if to be one is to believe that a socialist utopia is attainable by some collective feat of will – but I remain a socialist, if 'socialism' is to be understood as an antipathy to vested interests and privileges neither deserved nor earned, and a strong desire for a genuinely egalitarian society " In March 2017, he wrote in the New Statesman: "Nowadays I think in terms of compassionate pragmatism: I'll leave socialism to Žižek and the other bloviators "In July 2015 Self endorsed Jeremy Corbyn's campaign in the Labour Party leadership election  He said during a Channel 4 News interview that Corbyn represents a useful ideological divide within Labour, and could lead to the formation of a schism in the party Self is a republican 

Personal life
Self's mother died in 1988  He was married from 1989 to 1997 to Kate Chancellor  They have two children, a son, Alexis, and a daughter, Madeleine  They lived together in a terraced house just off the Portobello Road  In 1997, Self married journalist Deborah Orr, with whom he has sons Ivan and Luther  In 2017, Orr and Self separated, and Self was living in a rented flat in Stockwell  Orr died on 20 October 2019 
Self has stated that he has abstained from drugs, except for caffeine and nicotine, since 1998  He sent his younger children to private schools after they experienced bullying at state schools in Lambeth Self was diagnosed with the blood disease Polycythaemia vera in 2011 He has described himself as a psychogeographer and modern flâneur, and has written about walks he has taken  In December 2006, he walked 26 miles (42 kilometres) from his home in South London to Heathrow Airport  Upon arriving at Kennedy Airport he walked 20 miles (32 kilometres) from there to Manhattan  In August 2013, Self wrote of his anger following an incident in which he was stopped and questioned by police in Yorkshire while out walking with his 11-year-old son, on suspicion of being a paedophile  The police were alerted by a security guard at Bishop Burton College  He had asked the security guard for permission to cross the school grounds In September 2018 Self was accused of "mental cruelty" by Orr in relation to their divorce, in a series of posts on Twitter Self has discussed his Jewish heritage and its impact on his identity  In 2006, Self  'resigned' as a Jew as a protest against the Israeli invasion of Lebanon  In 2018 he stated in an interview with the BBC that he had rethought his position, due to the resurgence of anti-Semitism in Britain Self is 6 feet 5 inches (196 cm) tall, collects vintage typewriters and smokes a pipe  His brother is the author and journalist Jonathan Self Self became a vegetarian in 2019 

Legacy
In 2016, the British Library acquired Self's archive; the collection is a hybrid archive of paper and born-digital material  The Papers of Will Self are divided into two parts: family papers and personal and literary papers  The papers can be accessed through the British Library catalogue 

Awards
1991: Geoffrey Faber Memorial Prize for The Quantity Theory of Insanity
1998: Aga Khan Prize for Fiction from The Paris Review for Tough Tough Toys for Tough Tough Boys
2008: Bollinger Everyman Wodehouse Prize for Comic Fiction for The Butt

Works
Novels
Cock and Bull (1992)
My Idea of Fun (1993)
The Sweet Smell of Psychosis (illustrated novella) (1996)
Great Apes (1997)
How the Dead Live (2000)
Dorian, an Imitation (2002)
The Book of Dave (2006)
The Butt (2008)
Walking to Hollywood (2010)
Umbrella (2012)
Shark (2014)
Phone (2017)

Short story collections
The Quantity Theory of Insanity (1991)
Grey Area (1994)
Tough, Tough Toys for Tough, Tough Boys (1998)
Dr  Mukti and Other Tales of Woe (2004)
Liver: A Fictional Organ with a Surface Anatomy of Four Lobes (2008)
The Undivided Self: Selected Stories (2010)

Non-fiction
Self has also compiled several books of work from his newspaper and magazine columns which mix interviews with counter-culture figures, restaurant reviews and literary criticism 

Junk Mail (1996)
Perfidious Man (2000) photography by David M  Gamble
Sore Sites (2000)
Feeding Frenzy (2001)
Psychogeography (2007)
Psycho Too (2009)
The Unbearable Lightness of Being a Prawn Cracker (2012)
Will (2019)
Why Read: Selected Writings 2001-2021 (2022)

Television
The Minor Character – Self's short story was turned into a short film on Sky Arts which starred David Tennant as "Will" 
Passage 10:
Guilherme Marchi
Guilherme Marchi (pronounced Gih-lare-mee Mar-kee) (born July 22, 1982) is a Brazilian former professional rodeo cowboy who specialized in bull riding, and competed in the Professional Bull Riders (PBR) circuit  He was the 2008 PBR World Champion 

Background
Marchi is 6 feet 0 inches (1 83 m) tall and weighs 198 pounds (90 kg)  He is from Leme, São Paulo, and is of Italian descent on his father's side  He rode his bulls right-handed  His special interests include soccer, team roping, and surfing 

Career
Marchi competed very briefly in the Championship Bull Riding (CBR) tour in 2004 before joining the PBR full-time  He debuted late in the Built Ford Tough Series (BFTS) season that year, qualifying for his first-ever PBR World Finals and finishing 41st in the world  After finishing in the runner-up position for the PBR World Championship in three consecutive years, he won his world title in 2008  Statistically, Marchi was one of the most consistent riders on the tour  He would go on to qualify for the World Finals all 15 years of his PBR career (2004 to 2018) In 2005, Guilherme Marchi was the biggest threat to Justin McBride’s dream of being the PBR World Champion  McBride won, Marchi came in second  However, Marchi was the PBR World Finals event champion that year  
In 2006, during one of the last few regular-season BFTS events before the World Finals, Marchi won $90,000 by successfully riding Scene of the Crash in the Mossy Oak Shootout in Greensboro, North Carolina  At the World Finals, Marchi once again failed to win when fellow Brazilian Adriano Moraes came from behind to claim the PBR world championship, with Marchi placing second  
Yet again, in 2007, Marchi finished the season in the number two position behind Justin McBride at the PBR World Finals in Las Vegas In 2008, Marchi dominated the PBR circuit, riding nearly 75% of his bulls, winning five events, and earning over $1 5 million (nearly three times as much as any other PBR rider) on his way to his PBR world championship title and the $1 million bonus that went with it In March 2014, in the opening round of the BFTS event in Phoenix, Arizona, Marchi became the first bull rider to successfully complete 500 qualified rides in the PBR, riding Pandora’s Pyxis On April 8, 2017, Marchi rode Shocker for 86 25 points in Round 2 of the BFTS event in Billings, Montana  In doing so, he became the first PBR rider to reach 600 qualified rides and received a commemorative belt buckle On August 12, 2018, Marchi announced that 2018 would be his final year of bull riding, with the intention of retiring after the PBR World Finals  He finished his professional career with 635 qualified rides (the most ever in PBR history), 36 PBR event wins, and over $5 3 million in career earnings Marchi officially retired from bull riding following his victory at the 2018 PBR Brazil event in Goiânia, Goiás In 2023, Marchi became the assistant coach to head coach J W  Hart of the Kansas City Outlaws; one of eight bull riding teams of the PBR’s Team Series, which debuted the previous year and holds events in the United States from the summer through autumn  Marchi will also work on the team’s recruiting and development efforts for riders in Brazil 

Honors
On November 5, 2019, Marchi was inducted into the PBR Ring of Honor On May 14, 2022, Marchi was inducted into the Bull Riding Hall of Fame 

Personal
On April 19, 2018, Marchi married long-time girlfriend Maria in Texas  She is his second wife  They have a son  Marchi also has two other children, a daughter and son, from his first wife, Patricia  All of his children were born in the United States  While competing in the U S  PBR circuit, Marchi lived in Ferris, Texas  After retiring from bull riding, he moved back to Brazil with his family 



ground_truth: director