cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.655102
title: LANGUAGE DEVELOPMENT – CHILD LANGUAGE ACQUISITION

description: Language development is the crucial part of the human cognitive nature,<br>understanding language development is important aspect to understand the base and to<br>recall its various components of linguistics. Language development is a process starting<br>early in human life, when a person begins to acquire language by learning it as it is<br>spoken and by mimicry. Scholars share the conviction that key aspects of personality and<br>ability including linguistic and communication ability, are formulated in the earliest<br>stages of life. But they are divided on the role of human intuition on one hand and<br>heredity or environment has in childhood development of knowledge, aptitude and skill.<br>Equally they are divided on how skills emerge and develop. A number of different<br>theories have been advanced that are meant to explain language acquisition. This paper<br>therefore examines the acquisition and theories based on the language development.
DOI: 10.6084/m9.figshare.655420.v1
title: THE POST-COLONIAL WOMAN IN TASLIMA NASRIN'S 'LAJJA' (SHAME)

description: Taslima Nasrin a contemporary woman novelist, born and brought up in<br>Bangladesh, vocationally trained to be a doctor, presents the agony of the post colonial<br>citizens of BanglaDesh. Their quest for self-identity is the pivotal point in her novel<br>'Lajja' - Shame. The post colonial woman belonging to the minorities in Bangladesh is<br>epitomized in Kironmoyee. She is often seen which a still posture "eyes filled with<br>plaintive entreaty. "Let us live, let us go away." But her own desire has to be sacrificed<br>because of her loyalty to her husband. When she was rooted out of the ancestral home<br>along with the other members of her family. She found it hard to adjust to her new<br>surroundings and would often wake up crying at night as "She remembered the beloved<br>home she had left behind. She would wonder if the little scaffold she had made for the<br>bean plant was still there. She would remember how the guavas in their garden were<br>really the best in town, and she hoped that the green coconut trees were still being taken<br>care of" (p. 20)
DOI: 10.6084/m9.figshare.655102.v1
title: LANGUAGE DEVELOPMENT – CHILD LANGUAGE ACQUISITION

description: Language development is the crucial part of the human cognitive nature,<br>understanding language development is important aspect to understand the base and to<br>recall its various components of linguistics. Language development is a process starting<br>early in human life, when a person begins to acquire language by learning it as it is<br>spoken and by mimicry. Scholars share the conviction that key aspects of personality and<br>ability including linguistic and communication ability, are formulated in the earliest<br>stages of life. But they are divided on the role of human intuition on one hand and<br>heredity or environment has in childhood development of knowledge, aptitude and skill.<br>Equally they are divided on how skills emerge and develop. A number of different<br>theories have been advanced that are meant to explain language acquisition. This paper<br>therefore examines the acquisition and theories based on the language development.
DOI: 10.6084/m9.figshare.655400.v1
title: OPTIMIZATION OF PROCESS PARAMETERS FOR THE PRODUCTION OF GLUTAMINASE ENZYME FROM ERWINIAAT FLASK LEVEL.

description: This purpose of study was to determine parameter optimization for the<br>production of Glutaminase enzyme from Erwinia at flask level. This study was carried<br>out at Department of Biotechnology, Mata Gujri College, Fatehgarh Sahib, Punjabi<br>University Patiala For maximum production of glutaminase from free cells of Erwinia,<br>various physical and chemical parameters were optimized. The microorganism Erwinia<br>which is a source of glutaminase was procured from Institute of Microbial Technology,<br>Chandigarh and was grown on specified medium. The media was sterilized by<br>autoclaving for 15 minutes at 15 psi/cm2. The microorganism was maintained on agar<br>slants and kept in refrigerator at 4.0 + 0.5 0C for further use and was sub-cultured after<br>every 20 days. The viability check of microorganism was done by gram staining and<br>tryphan blue. The work utilized Beef extract, Peptone, Yeast extract, Sodium chloride<br>and Water as composition of growth medium for the production of glutaminase enzyme<br>from Erwinia. The parameters such as Temp., Ph, Time and Inducer concentration were<br>optimized.The enzyme activity was determined by Nessler's reagent method and protein<br>concentration was determined by Bradford method. It was concluded that Maximum<br>production of glutaminase enzyme from Erwinia was observed at temp.-25?C, pH-6.5 &<br>Time after-48 hours. At these optimized parameters enzyme activity and Protein<br>concentration was found maximum
DOI: 10.6084/m9.figshare.654798
title: A STUDY OF ATTITUDE TOWARDS ENVIRONMENTAL EDUCATION AND ENVIRONMENTALAWARENESS OF B.ED. TRAINEES

description: This study examines the relationship between the attitude towards<br>environmental education and environmental awareness of the B.Ed. Trainees.<br>Normative survey method was employed. 400 B.Ed,. trainees were selected from<br>Cuddalore and Villupuram District in Tamilnadu by using random sample method. The<br>environmental attitude scale and the environmental awareness scale were used to collect<br>the required information. The results of the study reveal that the B.Ed. trainees are<br>having favourable attitude towards environmental education and also having a good<br>level of environmental awareness. The demographic variables gender, subject, location,<br>age, and optional subjects played vital role in the present study
DOI: 10.6084/m9.figshare.654811
title: “ SYNTHESIS AND SPECTRAL STUDIES OF MIXED LIGAND COMPLEXES OF FE(III) WITH BENZOYLACETONE AND SALICYLALDEHYDE, SUBSTITUTED SALICYLALDEHYDES, 2-HYDROXY- ARYL CARBONYL COMPOUNDS OR Â-DIKETONES”

description: Mixed ligand complexes of Fe(III) of the type and [Fe(bzac) L], where bzac is<br>benzoylacetone and HL is substituted salicylaldehyde, â-Diketones or hydroxylaryl<br>ketones have been synthesized by the condensation reactions of Iron (III) chloride with<br>a mixture of two different ligands in 1:2:1 molar ratios. The solid complexes were<br>separated, filtered, washed with ethanol and ether successively and dried under reduced<br>pressure. The resulting complexes have been characterized by elemental analyses, molar<br>conductances, magnetic moments, electronic spectra, IR spectra and FAB mass spectra<br>analysis. At the same time, above mentioned complexes were studied for in vitro<br>antimicrobial properties and found to be more potent bactericides than parent ligands.<br>Octahedral geometry has been proposed for the mixed ligand complexes
DOI: 10.6084/m9.figshare.654811.v1
title: “ SYNTHESIS AND SPECTRAL STUDIES OF MIXED LIGAND COMPLEXES OF FE(III) WITH BENZOYLACETONE AND SALICYLALDEHYDE, SUBSTITUTED SALICYLALDEHYDES, 2-HYDROXY- ARYL CARBONYL COMPOUNDS OR Â-DIKETONES”

description: Mixed ligand complexes of Fe(III) of the type and [Fe(bzac) L], where bzac is<br>benzoylacetone and HL is substituted salicylaldehyde, â-Diketones or hydroxylaryl<br>ketones have been synthesized by the condensation reactions of Iron (III) chloride with<br>a mixture of two different ligands in 1:2:1 molar ratios. The solid complexes were<br>separated, filtered, washed with ethanol and ether successively and dried under reduced<br>pressure. The resulting complexes have been characterized by elemental analyses, molar<br>conductances, magnetic moments, electronic spectra, IR spectra and FAB mass spectra<br>analysis. At the same time, above mentioned complexes were studied for in vitro<br>antimicrobial properties and found to be more potent bactericides than parent ligands.<br>Octahedral geometry has been proposed for the mixed ligand complexes
DOI: 10.6084/m9.figshare.654793
title: PROBLEMS AND PROSPECTS OF CEMENT INDUSTRY IN INDIA

description: The Indian cement industry plays a key role in the national economy,<br>generating substantial revenue for state and central Governments as well as<br>employment. Cement is the basic building material in India and is used extensively in<br>urban housing, industrial sector and developing infrastructure. But nowadays cement<br>industry facing certain difficulties like operating cost, inadequate machineries, etc. The<br>removal of these difficulties can help the industry to improve its performance further. So<br>both the government and industry have to shed inbred inhibitions.
DOI: 10.6084/m9.figshare.654780
title: USE OF MICROSCALE EXPERIMENTS IN CHEMISTRYAT PLUS TWO AND PLUS THREE LEVELS

description: Chemistry has been always an experimental science. Traditionally teaching<br>chemistry at plus two and plus three levels, University has been associated with<br>confirmation of theory by practical's. However, performing practical's has been always<br>are difficult than learning or teaching chemistry. The ever rising cost of chemicals ad<br>verses by affect the practical exercises, causes threaten the environment due to pollution<br>in environment. The awareness of Eco-friendly experiments are becoming a global<br>phenomenon. Therefore Researchers has introduced Micro scale Experiments in<br>Chemistry.
DOI: 10.6084/m9.figshare.654780.v1
title: USE OF MICROSCALE EXPERIMENTS IN CHEMISTRYAT PLUS TWO AND PLUS THREE LEVELS

description: Chemistry has been always an experimental science. Traditionally teaching<br>chemistry at plus two and plus three levels, University has been associated with<br>confirmation of theory by practical's. However, performing practical's has been always<br>are difficult than learning or teaching chemistry. The ever rising cost of chemicals ad<br>verses by affect the practical exercises, causes threaten the environment due to pollution<br>in environment. The awareness of Eco-friendly experiments are becoming a global<br>phenomenon. Therefore Researchers has introduced Micro scale Experiments in<br>Chemistry.
DOI: 10.6084/m9.figshare.654768
title: Assessing potential metabolic capabilities of abundant microbes using metagenomic short-reads

description: This fileset includes data from a single SOLiD sequencing run on a water sample taken from Puget Sound, WA. The sequences were checked for quality control and assembled into contigs prior to these analyses. The contigs were annotated using reference databases and separated by their taxonomic identification. The top taxa were further analyzed to assess their potential metabolic capabiltiy by comparing the genes recovered to the KEGG gene maps of cultured organisms.
DOI: 10.6084/m9.figshare.654768.v1
title: Assessing potential metabolic capabilities of abundant microbes using metagenomic short-reads

description: This fileset includes data from a single SOLiD sequencing run on a water sample taken from Puget Sound, WA. The sequences were checked for quality control and assembled into contigs prior to these analyses. The contigs were annotated using reference databases and separated by their taxonomic identification. The top taxa were further analyzed to assess their potential metabolic capabiltiy by comparing the genes recovered to the KEGG gene maps of cultured organisms.
DOI: 10.6084/m9.figshare.654759
title: Posters

description: Posters presented at conferences and meetings.
DOI: 10.6084/m9.figshare.654759.v1
title: Posters

description: Posters given at international and local meetings.
DOI: 10.6084/m9.figshare.654768.v2
title: Assessing potential metabolic capabilities of abundant microbes using metagenomic short-reads

description: This fileset includes data from a single SOLiD sequencing run on a water sample taken from Puget Sound, WA. The sequences were checked for quality control and assembled into contigs prior to these analyses. The contigs were annotated using reference databases and separated by their taxonomic identification. The top taxa were further analyzed to assess their potential metabolic capabiltiy by comparing the genes recovered to the KEGG gene maps of cultured organisms.
DOI: 10.6084/m9.figshare.654760.v1
title: Talks and lectures

description: Talks given at international/local meetings as well as invited lectures at universities.
DOI: 10.6084/m9.figshare.654768.v4
title: Assessing potential metabolic capabilities of abundant microbes using metagenomic short-reads

description: This fileset includes data from a single SOLiD sequencing run on a water sample taken from Puget Sound, WA. The sequences were checked for quality control and assembled into contigs prior to these analyses. The contigs were annotated using reference databases and separated by their taxonomic identification. The top taxa were further analyzed to assess their potential metabolic capabiltiy by comparing the genes recovered to the KEGG gene maps of cultured organisms.
DOI: 10.6084/m9.figshare.654768.v3
title: Assessing potential metabolic capabilities of abundant microbes using metagenomic short-reads

description: This fileset includes data from a single SOLiD sequencing run on a water sample taken from Puget Sound, WA. The sequences were checked for quality control and assembled into contigs prior to these analyses. The contigs were annotated using reference databases and separated by their taxonomic identification. The top taxa were further analyzed to assess their potential metabolic capabiltiy by comparing the genes recovered to the KEGG gene maps of cultured organisms.
DOI: 10.6084/m9.figshare.654626
title: Hodder's Figure 9.2, Entangled, as network

description: Representing Hodder's 'tanglegram' (his Figure 9.2) as a mixed network (directed and undirected links). Other attributes could be added. Hodder writes in 'Entangled: An Archaeology of the Relationship between Humans and Things' that a 'tanglegram' cannot be represented as a network, since a network doesn't consider the nature of the relationships or nodes. This is not in fact the case. Representing these complex relationships as a network is quite possible, and allows the 'tanglegram' to actually become a object to query in its own right, rather than a suggestive illustration.
DOI: 10.6084/m9.figshare.654620.v1
title: Plantilla\\Educación Secundaria

description: Plantilla para escribir apuntes de ciencias.
DOI: 10.6084/m9.figshare.654051
title: Ocean Acidification Affects the Oyster Proteome

description: This fileset includes data demonstrating the effects of exposure to high pCO2 (low pH) on global protein expression (the proteome) in Pacific oysters. Included are the expression data (from Skyline) for each protein averaged within treatment groups (high and low pCO2) with SwissProt ID annotations; a blastp result file associating oyster protein IDs (CGI #s) with KEGG pathway IDs; the input file for iPath to show differential expression between low and high pCO2; and 2 iPath outputs showing pathways identified in the entire oyster proteome as well as pathways that are differentially expressed in the gill at high and low pCO2. Below is a link to the prezi that adds further explanation.
DOI: 10.6084/m9.figshare.654049
title: Facilitating analysis of genomic variation in Olympia oysters

description: This dataset includes genomic intervals (BED format) to facilitate RADSeq design and functional annotation of SNPs in Olympia oysters (<em>Ostrea lurida</em>). The files include a transcriptome (FASTA format) and the following 8 genomic interval files (BED format): <strong>Oly_snps_bed:</strong> location of SNPs with variant annotated in the name column<br><strong>Oly_geneID_bed:</strong> these intervals cover the entire length of the transcript and are annoated with the SwissProt ID in the name column<br><strong>Oly_regionofblasthits_bed:</strong> these intervals cover only the region of homology between the subject and query for the blastx output<br><strong>Oly_inducible_bed:</strong> these intervals cover the entire length of the transcript for those genes associated with the following GOSlim IDs: <em>cell-cell signaling, signal transduction, cell adhesion, development, stress response</em><br><strong>Oly_housekeeping_bed:</strong> these intervals cover the entire length of the transcript for those genes associated with the following GOSlim IDs: <em>DNA metabolism, RNA metabolism, protein metabolism</em><br><strong>Oly_EcoRIsites_bed:</strong> location of EcoRI restriction sites<br><strong>Oly_NotIsites_bed:</strong> location of NotI restriction sites<br><strong>Oly_SbfI_bed:</strong> location of SbfI restriction sites This dataset was generated as part of the requirements for FISH 546: Bioinformatics for Environmental Science. The slides for the final presentation are included (FISH546.pdf) The original data for the transcriptome, blastx annotations and SNP tables can be found here:<br>Transcriptome characterization of the Olympia oyster and pinto abalone. Steven Roberts, Emma Timmins-Schiffman. figshare.<br>http://dx.doi.org/10.6084/m9.figshare.156431. Retrieved 18:14, Mar 18, 2013 (GMT)
DOI: 10.6084/m9.figshare.654051.v1
title: Ocean Acidification Affects the Oyster Proteome

description: This fileset includes data demonstrating the effects of exposure to high pCO2 (low pH) on global protein expression (the proteome) in Pacific oysters. Included are the expression data (from Skyline) for each protein averaged within treatment groups (high and low pCO2) with SwissProt ID annotations; a blastp result file associating oyster protein IDs (CGI #s) with KEGG pathway IDs; the input file for iPath to show differential expression between low and high pCO2; and 2 iPath outputs showing pathways identified in the entire oyster proteome as well as pathways that are differentially expressed in the gill at high and low pCO2. Below is a link to the prezi that adds further explanation.
DOI: 10.6084/m9.figshare.654049.v1
title: Facilitating analysis of genomic variation in Olympia oysters

description: This dataset includes genomic intervals (BED format) to facilitate RADSeq design and functional annotation of SNPs in Olympia oysters (Ostrea lurida). The files include a transcriptome (FASTA format) and the following 8 genomic interval files (BED format): <strong>Oly_snps_bed:</strong> location of SNPs with variant annotated in the name column<br><strong>Oly_geneID_bed:</strong> these intervals cover the entire length of the transcript and are annoated with the SwissProt ID in the name column<br><strong>Oly_regionofblasthits_bed:</strong> these intervals cover only the region of homology between the subject and query for the blastx output<br><strong>Oly_inducible_bed:</strong> these intervals cover the entire length of the transcript for those genes associated with the following GOSlim IDs: <em>cell-cell signaling, signal transduction, cell adhesion, development, stress response</em><br><strong>Oly_housekeeping_bed:</strong> these intervals cover the entire length of the transcript for those genes associated with the following GOSlim IDs: <em>DNA metabolism, RNA metabolism, protein metabolism</em><br><strong>Oly_EcoRIsites_bed:</strong> location of EcoRI restriction sites<br><strong>Oly_NotIsites_bed:</strong> location of NotI restriction sites<br><strong>Oly_SbfI_bed:</strong> location of SbfI restriction sites The original data for the transcriptome, blastx annotations and SNP tables can be found here:<br>Transcriptome characterization of the Olympia oyster and pinto abalone. Steven Roberts, Emma Timmins-Schiffman. figshare.<br>http://dx.doi.org/10.6084/m9.figshare.156431. Retrieved 18:14, Mar 18, 2013 (GMT)
DOI: 10.6084/m9.figshare.654049.v3
title: Facilitating analysis of genomic variation in Olympia oysters

description: This dataset includes genomic intervals (BED format) to facilitate RADSeq design and functional annotation of SNPs in Olympia oysters (<em>Ostrea lurida</em>). The files include a transcriptome (FASTA format) and the following 8 genomic interval files (BED format): <strong>Oly_snps_bed:</strong> location of SNPs with variant annotated in the name column<br><strong>Oly_geneID_bed:</strong> these intervals cover the entire length of the transcript and are annoated with the SwissProt ID in the name column<br><strong>Oly_regionofblasthits_bed:</strong> these intervals cover only the region of homology between the subject and query for the blastx output<br><strong>Oly_inducible_bed:</strong> these intervals cover the entire length of the transcript for those genes associated with the following GOSlim IDs: <em>cell-cell signaling, signal transduction, cell adhesion, development, stress response</em><br><strong>Oly_housekeeping_bed:</strong> these intervals cover the entire length of the transcript for those genes associated with the following GOSlim IDs: <em>DNA metabolism, RNA metabolism, protein metabolism</em><br><strong>Oly_EcoRIsites_bed:</strong> location of EcoRI restriction sites<br><strong>Oly_NotIsites_bed:</strong> location of NotI restriction sites<br><strong>Oly_SbfI_bed:</strong> location of SbfI restriction sites This dataset was generated as part of the requirements for FISH 546: Bioinformatics for Environmental Science. The slides for the final presentation are included (FISH546.pdf) The original data for the transcriptome, blastx annotations and SNP tables can be found here:<br>Transcriptome characterization of the Olympia oyster and pinto abalone. Steven Roberts, Emma Timmins-Schiffman. figshare.<br>http://dx.doi.org/10.6084/m9.figshare.156431. Retrieved 18:14, Mar 18, 2013 (GMT)
DOI: 10.6084/m9.figshare.654019
title: Variable delay Go/No-Go task data

description: Included are data files for the various behavioral task conditions. Each subfolder (Go, Lever Press Acquisition, Lever Tone Acquisition, and No-go) contains individual folders for the rats that underwent the specified task condition with a brief task sequence/results file and timestamp file named by the date of the training session. For each training session there is one task sequence/results file and one timestamp file. The files will retain their format when opened using Microsoft Excel (Windows, USA). Task sequence/results file: The far left column of this file states the trial number. The second column (Task Condition) states the behavioral task condition. The third column states the frequency of the presented tone. The fourth column lists either a 1 for a correctly performed trial or a 0 for an incorrectly performed trial. The fifth column lists the number of licks for the given trial. The sixth column lists the number of lever presses with the left lever, which was inactive for this experiment. The seventh column lists the number of lever presses with the right forepaw lever for the respective trial. The eighth column states if a correction trial was used (0 corresponding to no correction trial, 1 corresponding to correction trial). Timestamp file: The first pair of columns on the left represent the time that licking began and the time that it ended. The next two columns represent left lever on and off times. The third pair of columns represents the onset of right lever pressing and the offset of right lever pressing. The fourth pair of columns shows the onset and offset of white noise. The fifth pair of columns shows the onset and offset of the delivery of the final reward. The sixth pair of columns shows the onset and offset of the initiation tone. The seventh pair of columns shows the onset and offset of the final reward tone. The eighth pair of columns shows the onset and offset of the first reward that is delivered in the presence of initiation of a trial.