Miracle-dz/UniFAR-FTUs huggingface dataset:
Fiction Film and the Varieties of Empathic Engagement

Mindreading, simulation, empathy and central imagining are often used interchangeably in current analytic philosophy, and typically defined as imagining what the other wants and believes - to run these states "off-line" as the lingo often goes. By imagining the others beliefs and desires, one will come to understand and predict his emotional and behavioral reactions. Many have suggested that films may trigger engagement in the characters' perspectives, and one finds similar use of these terms in film theory. Imagining the character's states- with emphasis on mental states - has for example, been labelled as central imagining, (Choi 2005; Smith 1995), imagining from the inside(Smith 1997), and empathetic re-enactment (Currie 1995). In a similar vein, understanding the meaning of a narrative event for a character is understood as empathy (Tan 1996). These accounts all point to ways in which the spectator understands the character and the situation the character is in. Nevertheless, one also finds a different use of the term empathy in film theory, namely as a matching feeling with the character. The emphasis here is not on understanding the character and the narrative situation, but on the emotional output of the process.
Occurrence Mechanism and Oscillation Characteristics of Pulsation Phenomenon Arising in Cavitation Surge in Cascade

In this study, numerical analysis of cavitating three-blade cyclic flat-plate cascade is performed with paying attention to cavitation surge which is a type of cavitation instabilities. A numerical method employing “locally homogeneous model for compressible gas-liquid two-phase medium” is applied to solve the unsteady cavitating flowfield. From results of numerical analysis, few typical tendency of cavitation surge which is well known in experiments was reproduced numericaly, that frequency of cavitation surge decreases with lowering σ, and that cavitation surge is easy to occur at low flow rate condition. Additionaly, mechanism of pulsation phenomenon of cavitation surge in flat-plate cascade was clarified, that collapse pressure of cloud cavity in downstream of cascade propagates upstream on contact with re-entrant jet which is flowing backward inside a sheet cavity and causes oscillation in upstream pressure, also that negative angle of attack and choking of cascade throat are considered to cause of oscillation in flow rate. About dynamic transfer function of cavitation, certain degree of possibility is confirmed in quasi-steady mass flow gain factor Mquasi and cavitation compliance Kquasi for prediction of occurrence limit of cavitation instabilities. Additionally, for prediction of frequency of cavitation surge, it was confirmed that local cavitation compliance Klocal is more available than quasi-steady one.
Parameter estimation for LP regularized image deconvolution

Parameter estimation in Total Variation (TV) deblurring has been extensively studied in the literature during the last decade. However, few works have been done for parameter estimation in ℓp (0 <; p <; 1) regularized image deconvo-lution, although ℓp outperforms TV and ℓ1 in natural image deblurring. In this paper, by utilizing the Bayesian framework, we propose an adaptive fast iteratively reweighted least squares algorithm for ℓp regularized image deconvolution, which automatically estimates the unknown image and regularization parameter. Experiments show that the proposed method yields nearly optimal results and outperforms the state-of-the-art methods.
Antagonistic Tolerance

This paper develops a concept of competitive sharing to explain how sacred sites that have long been shared by members of differing religious communities and may even exhibit syncretic mixtures of the practices of both may come to be seized or destroyed by members of one of them in order to manifest dominance over the other. This competitive sharing is compatible with the passive meaning of tolerance as noninterference but incompatible with the active meaning of tolerance as embrace of the Other. Confusion of this passive noninterference with the active embrace of the Other is shown to lie at the heart of a critical weakness of most current explanations of nationalist conflict in the Balkans and communal conflict in India. Several discomfiting conclusions follow. One is that positive tolerance requires social stasis and thus is akin to a LviStraussian myth, a machine for the suppression of time. Second, democracy based on the consent of the governed may often be incompatible with programs that mandate positive tolerance. Third, syncretism may be fostered by inequality and is actually endangered by equality between the groups. Rather than try to avoid these uncomfortable conclusions, the paper adopts the argument of Max Weber and Tzvetan Todorov for the superiority of an ethics of responsibility over an ethics of conviction, concluding that scholarly ethics requires reporting research findings that are contrary to that which many would prefer to be true.
Sex differences on the revised Beck Depression Inventory for outpatients with affective disorders.

The revised Beck Depression Inventory (BDI) was administered to 174 male and 276 female psychiatric outpatients diagnosed with affective disorders. The mean BDI scores, mean number of symptoms claimed, and corrected item-total correlations were comparable for both sexes, and the coefficient alpha for each sex was . 88. Principal components analyses found four dimensions of depression underlying both sexes' BDI item-intercorrelation matrices. Although men and women had comparable dimensions with respect to weight loss, self-blame, and somatic-performance symptoms, men had affective and performance symptoms loading on the same factor, whereas women had affective and cognitive symptoms loading on the same dimension.
Feline leukemia virus subgroup B uses the same cell surface receptor as gibbon ape leukemia virus

Pseudotypes of gibbon ape leukemia virus/simian sarcoma-associated virus (GALV/SSAV) and feline leukemia virus subgroup B (FeLV-B) have been constructed by rescuing a Moloney murine leukemia virus vector genome with wild-type GALV/SSAV or FeLV-B. The resulting recombinant viruses utilized core and envelope proteins from the wild-type virus and conferred resistance to growth in L-histidinol upon infected cells by virtue of the HisD gene encoded by the vector genome. They displayed the host range specificity of the rescuing viruses and could be neutralized by virus-specific antisera. Receptor cross-interference was observed when the GALV/SSAV or FeLV-B pseudotypes were used to superinfect cells productively infected with either GALV/SSAV or FeLV-B. Although murine cells are resistant to FeLV-B infection, murine cells expressing the human gene for the GALV/SSAV receptor became susceptible to FeLV-B infection. Therefore GALV/SSAV and FeLV-B utilize the same cell surface receptor.
Self-reported effects of online medical information on offline medical behaviour

This study shows an initial direction of research where online behaviour is linked to offline behaviour of health consumers. Although no significance where found between online medical resources, it is stipulated that people are influenced by online medical information about their (possible) diseases or symptoms. Medical care providers should be aware of consumers that are heavily using the Internet as a resource of information reflecting back to their own situation. They should not reject this information immediately, but emphasize this and guide these people to professional websites or online communities to prevent unhealthy situations. Discussing online information can only increase the knowledge of the patient, to the extent that he or she can act upon it.
High nationwide prevalence of multiple sclerosis in Sweden

Background: Few nationwide multiple sclerosis (MS) prevalence studies have been published. In Scandinavia, the nationwide MS prevalence was 173/100,000 in Denmark 2005 and 100/100,000 in Iceland 1990. Objective: Our aim with the present study was to determine the first population-based nationwide MS prevalence in Sweden, based on observed, registered patients and to investigate the presence of a north–south gradient of MS prevalence. Methods: By linking the Swedish National Patient Register, the Swedish Multiple Sclerosis Registry and the Swedish Total Population Register we obtained the number of patients who were diagnosed with MS before 2009, and who were registered, alive and resident in Sweden on the prevalence date 31 December 2008. We calculated the gender-specific nationwide MS prevalence in 1-year age intervals. The relationship between MS risk and latitude was studied in a logistic regression model including all individuals in the population of Sweden. Results: The number of registered MS patients in 2008 was 17,485 out of the Swedish population of 9,256,347. The overall MS prevalence was 188.9/100,000 (95% CI 186.1–191.7), 113.4 (95% CI 110.3–116.5) for men and 263.6 (95% CI 258.9–268.3) for women. The female to male ratio was 2.35:1. The prevalence of MS significantly increased for each degree of north latitude with 1.5% in men (p = 0.013) and 1% in women (p = 0.015). Conclusions: The MS prevalence of 188.9/100,000 in Sweden is among the highest nationwide prevalence estimates in the world. In Sweden, the risk of MS increases with increasing north latitude for both men and women.
Stimulation of macrophage TNFα production by orthopaedic wear particles requires activation of the ERK1/2/Egr‐1 and NF‐κB pathways but is independent of p38 and JNK

Bone loss that causes aseptic loosening of orthopedic implants is initiated by pro‐inflammatory cytokines produced by macrophages in response to implant‐derived wear particles. MAPK and NF‐κB signaling pathways are activated by the particles; however, it is not clear which of the signaling pathways are important for the initial response to the wear particles and which are only involved at later steps in the process, such as osteoclast differentiation. Here, we show that the ERK1/2, p38, JNK, and NF‐κB pathways are rapidly activated by the wear particles but that only the ERK1/2 and NF‐κB pathways are required for the initial response to the wear particles, which include increases in TNFα promoter activity, TNFα mRNA expression, and secretion of TNFα protein. Moreover, ERK1/2 activation by wear particles is also required for increased expression of the transcription factor Egr‐1 as well as Egr‐1's ability to bind to and activate the TNFα promoter. These results, together with our previous studies of the PI3K/Akt pathway, demonstrate that wear particles coordinately activate multiple signaling pathways and multiple transcription factors to stimulate production of pro‐inflammatory cytokines, such as TNFα. The current study also demonstrates that the signaling pathways are activated to a much greater extent by wear particles with adherent endotoxin than by “endotoxin‐free” wear particles. These results, together with those demonstrating the requirement for ERK1/2/Egr‐1 and NF‐κB, show that activation of these signaling pathways is responsible for the ability of adherent endotoxin to potentiate cytokine production, osteoclast differentiation, and bone loss induced by wear particles. J. Cell. Physiol. 217: 652–666, 2008. © 2008 Wiley‐Liss, Inc.
DNA barcodes reveal cryptic genetic diversity within the blackfly subgenus Trichodagmia Enderlein (Diptera: Simuliidae: Simulium) and related taxa in the New World

In this paper we investigate the utility of the COI DNA barcoding region for species identification and for revealing hidden diversity within the subgenus Trichodagmia and related taxa in the New World. In total, 24 morphospecies within the current expanded taxonomic concept of Trichodagmia were analyzed. Three species in the subgenus Aspathia and 10 species in the subgenus Simulium s.str. were also included in the analysis because of their putative phylogenetic relationship with Trichodagmia. In the Neighbour Joining analysis tree (NJ) derived from the DNA barcodes most of the specimens grouped together according to species or species groups as recognized by other morphotaxonomic studies. The interspecific genetic divergence averaged 11.2% (range 2.8–19.5%), whereas intraspecific genetic divergence within morphologically distinct species averaged 0.5% (range 0–1.2%). Higher values of genetic divergence (3.2–3.7%) in species complexes suggest the presence of cryptic diversity. The existence of well defined groups within S. piperi, S. duodenicornium, S. canadense and S. rostratum indicate the possible presence of cryptic species within these taxa. Also, the suspected presence of a sibling species in S. tarsatum and S. paynei is supported. DNA barcodes also showed that specimens from species that were taxonomically difficult to delimit such as S. hippovorum, S. rubrithorax, S. paynei, and other related taxa (S. solarii), grouped together in the NJ analysis, confirming the validity of their species status. The recovery of partial barcodes from specimens in collections was time consuming and PCR success was low from specimens more than 10 years old. However, when a sequence was obtained, it provided good resolution for species identification. Larvae preserved in ‘weak’ Carnoy’s solution (9:1 ethanol:acetic acid) provided full DNA barcodes. Adding legs directly to the PCR mix from recently collected and preserved adults was an inexpensive, fast methodology to obtain full barcodes. In summary, DNA barcoding combined with a sound morphotaxonomic framework provides an effective approach for the delineation of species and for the discovery of hidden diversity in the subgenus Trichodagmia.
Stationary foreground detection using background subtraction and temporal difference in video surveillance

In this paper we describe a new algorithm focused on obtaining stationary foreground regions, which is useful for applications like the detection of abandoned/stolen objects and parked vehicles. Firstly, a sub-sampling scheme based on background subtraction techniques is implemented to obtain stationary foreground regions. Secondly, some modifications are introduced on this base algorithm with the purpose of reducing the amount of stationary foreground detected. Finally, we evaluate the proposed algorithm and compare results with the base algorithm using video surveillance sequences from PETS 2006, PETS 2007 and I-LIDS for AVSS 2007 datasets. Experimental results show that the proposed algorithm increases the detection of stationary foreground regions as compared to the base algorithm.
CT, MR, and ultrasound image artifacts from prostate brachytherapy seed implants: the impact of seed size.

PURPOSE To investigate the effects of brachytherapy seed size on the quality of x-ray computed tomography (CT), ultrasound (US), and magnetic resonance (MR) images and seed localization through comparison of the 6711 and 9011 (125)I sources. METHODS For CT images, an acrylic phantom mimicking a clinical implantation plan and embedded with low contrast regions of interest (ROIs) was designed for both the 0.774 mm diameter 6711 (standard) and the 0.508 mm diameter 9011 (thin) seed models (Oncura, Inc., and GE Healthcare, Arlington Heights, IL). Image quality metrics were assessed using the standard deviation of ROIs between the seeds and the contrast to noise ratio (CNR) within the low contrast ROIs. For US images, water phantoms with both single and multiseed arrangements were constructed for both seed sizes. For MR images, both seeds were implanted into a porcine gel and imaged with pelvic imaging protocols. The standard deviation of ROIs and CNR values were used as metrics of artifact quantification. Seed localization within the CT images was assessed using the automated seed finder in a commercial brachytherapy treatment planning system. The number of erroneous seed placements and the average and maximum error in seed placements were recorded as metrics of the localization accuracy. RESULTS With the thin seeds, CT image noise was reduced from 48.5 ± 0.2 to 32.0 ± 0.2 HU and CNR improved by a median value of 74% when compared with the standard seeds. Ultrasound image noise was measured at 50.3 ± 17.1 dB for the thin seed images and 50.0 ± 19.8 dB for the standard seed images, and artifacts directly behind the seeds were smaller and less prominent with the thin seed model. For MR images, CNR of the standard seeds reduced on average 17% when using the thin seeds for all different imaging sequences and seed orientations, but these differences are not appreciable. Automated seed localization required an average (±SD) of 7.0 ± 3.5 manual corrections in seed positions for the thin seed scans and 3.0 ± 1.2 manual corrections in seed positions for the standard seed scans. The average error in seed placement was 1.2 mm for both seed types and the maximum error in seed placement was 2.1 mm for the thin seed scans and 1.8 mm for the standard seed scans. CONCLUSIONS The 9011 thin seeds yielded significantly improved image quality for CT and US images but no significant differences in MR image quality.
Polymerase Chain Reaction Diagnosis of t(14;18) From Paraffin‐Embedded Tissues Fixed With Holland Bouin Fluid

The t(14;18) translocation and its molecular counterpart, the bcl-2/lgH gene rearrangement, are highly characteristic of follicular non-Hodgkin lymphomas. The identification of the tumor-specific t(14;18) clone is mandatory for any molecular studies on residual disease because of the existence of circulating t(14;18)-bearing benign cells. In this study, the ability to specifically polymerase chain reaction (PCR) amplify t(14;18) with DNA purified from tissues fixed with Holland Bouin fluid is demonstrated. The specificity of the PCR product was confirmed by internal probe hybridization and with comparison of the nucleotidic sequences of this PCR product with those obtained from the corresponding frozen material. Although the sensitivity of the technique is 50% to 60%, paraffin-embedded tissues fixed with bouin fluid may be a good alternative to frozen tissues to detect t(14;18) in tumors.
Colorful Packages: Encapsulation of Fluorescent Proteins in Complex Coacervate Core Micelles

Encapsulation of proteins can be beneficial for food and biomedical applications. To study their biophysical properties in complex coacervate core micelles (C3Ms), we previously encapsulated enhanced green fluorescent protein (EGFP) and its monomeric variant, mEGFP, with the cationic-neutral diblock copolymer poly(2-methyl-vinyl-pyridinium)n-b-poly(ethylene-oxide)m (P2MVPn-b-PEOm) as enveloping material. C3Ms with high packaging densities of fluorescent proteins (FPs) were obtained, resulting in a restricted orientational freedom of the protein molecules, influencing their structural and spectral properties. To address the generality of this behavior, we encapsulated seven FPs with P2MVP41-b-PEO205 and P2MVP128-b-PEO477. Dynamic light scattering and fluorescence correlation spectroscopy showed lower encapsulation efficiencies for members of the Anthozoa class (anFPs) than for Hydrozoa FPs derived from Aequorea victoria (avFPs). Far-UV CD spectra of the free FPs showed remarkable differences between avFPs and anFPs, caused by rounder barrel structures for avFPs and more elliptic ones for anFPs. These structural differences, along with the differences in charge distribution, might explain the variations in encapsulation efficiency between avFPs and anFPs. Furthermore, the avFPs remain monomeric in C3Ms with minor spectral and structural changes. In contrast, the encapsulation of anFPs gives rise to decreased quantum yields (monomeric Kusabira Orange 2 (mKO2) and Tag red fluorescent protein (TagRFP)) or to a pKa shift of the chromophore (FP variant mCherry).
Clustering Methods for Credit Card using Bayesian rules based on K-means classification

K-means clustering algorithm is a method of cluster analysis which aims to partition n observations into clusters in which each observation belongs to the cluster with the nearest mean. It is one of the simplest unconfirmed learning algorithms that solve the well known clustering problem. It is similar to the hope maximization algorithm for mixtures of Gaussians in that they both attempt to find the centers of natural clusters in the data. Bayesian rule is a theorem in probability theory named for Thomas Bayesian. It is used for updating probabilities by finding conditional probabilities given new data. In this paper, K-mean clustering algorithm and Bayesian classification are joint to analysis the credit card. The analysis result can be used to improve the accuracy.
Curiosity and time: from not knowing to almost knowing

ABSTRACT How does it feel to be curious? We reasoned that there are two sides to curiosity: not knowing something (i.e. information-gap) and almost knowing something (i.e. anticipation of resolution). In three experiments, we showed that time affects the relative impact of these two components: When people did not expect to close their information-gap soon (long time-to-resolution) not knowing affected the subjective experience of curiosity more strongly than when they expected to close their information-gap quickly (short time-to-resolution). As such, people experienced less positive affect, more discomfort, and more annoyance with lack of information in a long than a short time-to-resolution situation. Moreover, when time in the long time-to-resolution setting passed, the anticipation of the resolution became stronger, positive affect increased, and discomfort and annoyance with lack of information decreased. Time is thus a key factor in the experience of curiosity.
An investigation of L2 expressive writing in a tertiary institution in the Western Cape

This essay will discuss the efficiency of energy for the entire country. The 49 million population is capable of saving the electricity, and create a better future for South African residents, and to contribute with more electricity supply in the country. FNB housing Finance aimed to test a new ways of saving electricity and protecting the affordability of electricity. FNB also came up with the idea of
Moderate dementia: relational social engagement (RSE) during family visits

ABSTRACT Objective: This qualitative study seeks evidence of retained social awareness in individuals with moderate dementia residing in care-homes, when engaged in interactive family visits. Method: Speech/non-speech data collected from 10/15-minute video-recorded family interactions of five family groups (12 individuals; 2 sessions per family group) were coded using thematic analysis. Results: Interactional patterns embedded in familiar bonds provided the context for the superordinate theme: relational social engagement (RSE). This overarched two subthemes: in-step and out-of-step; highlighting that RSE, can occur as a result of both positive and negative familial communication patterns. When familial communication was in-step, despite changed communication pathways, the resident's attempts at social engagement appeared open, relaxed, and responsive. A sense of trust, and familiarity appeared to facilitate reciprocal understanding and the striving of resident family members to retain family group membership. When familial communication was out-of-step, active attempts at reciprocity or open engagement from visiting family members were not observed. At such times, communication became discordant, and frustrated in their efforts to remain an integral part of the family group, the resident appeared disinterested or guarded often retorting with annoyance at visiting family members. Conclusion: The construct of RSE appears specific to prior meaningful relationships, where optimal social awareness and communication, positive and negative, can occur. Currently, dementia assessment and care does not include RSE during family interactions. Implications are discussed.