cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17632/8mttp4pvmc.1
title: Non-Hemolytic and Non-Toxic AMPs from Cephalopods' Posterior Salivary Glands: Singular Set and Sets with Similarity to Characterised AMPs

description: The datasets presented here are the result of a comprehensive comparison involving 68,694 non-hemolytic and non-toxic Antimicrobial Peptides (AMPs) extracted from the posterior salivary glands of Cephalopods (doi: 10.17632/htntmccyd4.1). The comparison was made against characterized AMPs registered in the StarPep database (http://mobiosd-hub.com/starpep/) Dataset Structure: The provided datasets, available in FASTA file format, are structured as follows: 1. Singular NoHemNoTox AMPs (5,466): AMPs from cephalopods that are non-hemolytic and non-toxic, exhibiting less than 40% sequence identity with members in the StarPep database. 2. NoHemNoTox AMPs_SimHigher40 (63,228): AMPs from cephalopods that are non-hemolytic and non-toxic, sharing more than 40% sequence identity with members in the StarPep database. 3. NoHemNoTox AMPs_Sim40-50 (26,744): AMPs from cephalopods that are non-hemolytic and non-toxic, sharing 40-50% sequence identity with members in the StarPep database. 4. NoHemNoTox AMPs_Sim50-60 (30,217): AMPs from cephalopods that are non-hemolytic and non-toxic, sharing 50-60% sequence identity with members in the StarPep database. 5. NoHemNoTox AMPs_Sim60-70 (5,716): AMPs from cephalopods that are non-hemolytic and non-toxic, sharing 60-70% sequence identity with members in the StarPep database. 6. NoHemNoTox AMPs_Sim70-80 (453): AMPs from cephalopods that are non-hemolytic and non-toxic, sharing 70-80% sequence identity with members in the StarPep database. 7. NoHemNoTox AMPs_SimHigher80 (98): AMPs from cephalopods that are non-hemolytic and non-toxic, sharing more than 80% sequence identity with members in the StarPep database. These datasets provide a valuable resource for screening purposes as part of the peptide drugs discovery, especially considering their similarities to the known chemical space (characterized AMPs in the StarPep database).
DOI: 10.17632/4d9rjnyzy5.1
title: India Arms Imports 2004-2022

description: This dataset contains arms imports and natural log of arms imports from 2004 to 2022.
DOI: 10.17632/43kw96h5xj.1
title: Model to Predict TQM in HEIs

description: Data from a survey on TQM implementation in HEIs
DOI: 10.17632/pgghn7z5ds.1
title: Row data of decreased STING predicts early relapse and death in multiple myeloma

description: Contains clinical information and PCR results for the patients in the article
DOI: 10.17632/pgghn7z5ds.2
title: Row data of decreased STING predicts early relapse and death in multiple myeloma

description: Contains clinical information and PCR results for the patients in the article
DOI: 10.17632/ddwbwfjtrj.1
title: Conservation implications of diverse demographic histories: the case study of green peafowl (Pavo muticus, Linnaeus 1766)

description: The green peafowl (Pavo muticus, Linnaeus 1766) is an endangered species native to Southeast Asia. Despite considerable morphological diversity, the intraspecific genetic structure of green peafowl has not been comprehensively addressed. We used public whole-genome sequencing data of one blue and 52 green peafowls to characterise their genetic diversity, differentiation, identify Ancestry Informative Markers (AIMs) and compare their demographic histories. We found evidence of substantial population structure, with at least three distinct clusters and diverse demographic histories that may result from different responses to biogeoclimatic events. The genetic structure of native populations follows the pattern of the geographic distribution of the green peafowl with the highest autosomal pairwise FST between Yunnan and Vietnam (~ 0.1) and intermediate estimates for Thailand comparisons (~ 0.077). We identify AIMs to distinguish between these three native populations. The captive green peafowls from Xinxing clustered with Vietnam, and those from Qinhuangdao (QHD) formed a separate cluster. The two QHD individuals appear to have varying levels of blue peafowl ancestry based on PCA and admixture analysis and are mirrored in their demographic histories. Our study establishes the occurrence of genetically distinct natural populations of green peafowl that can be considered separate management units (MU) when planning conservation actions.
DOI: 10.17632/2njr8phsyk.1
title: 2D-Broadband Absorption Metasurface Unicells Dataset for Predicting Optimum Structures for Tandem Solar Cells

description: 2D images of metasurface unit cell shapes and their design parameters. The geometry of the resonator was cross, square, L-shaped, window-shaped polygon and their inverted version. The shapes were chosen because of the ease of fabrication by the lithography technique. The 2D-array images of these metasurfaces were generated in MATLAB. The mesh step size of 100nm was maintained in all three dimensions. Periodic boundary conditions were applied in x and y dimensions while PML condition was applied on the z-axis to absorb/ transmit maximum light with minimum reflection. Each shape was converted into a greyscale 40 x 40 x 1-pixel image. Each pixel contains the minimum feature size of 80nm which lies within the fabrication range.
DOI: 10.17632/gnygcw2cgy.1
title: Numerical investigation of upward supercritical water flow with Joule heating effect (case 5)

description: Manuscript title: Numerical investigation of upward supercritical water flow with Joule heating effect. 
Journal title: International Communication in Heat and Mass Transfer.
DOI: 10.17632/gnygcw2cgy.2
title: Numerical investigation of upward supercritical water flow with Joule heating effect (case 5)

description: Manuscript title: Numerical investigation of upward supercritical water flow with Joule heating effect. 
Journal title: International Communication in Heat and Mass Transfer.
DOI: 10.17632/gnygcw2cgy.3
title: Numerical investigation of upward supercritical water flow with Joule heating effect (case 5)

description: Manuscript title: Numerical investigation of upward supercritical water flow with Joule heating effect. Journal title: International Communication in Heat and Mass Transfer.
DOI: 10.17632/dt567nz2dm.1
title: Numerical investigation of upward supercritical water flow with Joule heating effect (case 10)

description: Manuscript title: Numerical investigation of upward supercritical water flow with Joule heating effect. 
Journal title: International Communication in Heat and Mass Transfer.
Software: ANSYS FLUENT 2021.
DOI: 10.17632/dt567nz2dm.2
title: Numerical investigation of upward supercritical water flow with Joule heating effect (case 10)

description: Manuscript title: Numerical investigation of upward supercritical water flow with Joule heating effect. Journal title: International Communication in Heat and Mass Transfer. Software: ANSYS FLUENT 2021.
DOI: 10.17632/5y3fgf4j9r.1
title: Together forever: perceptual encoding of emotions in interactive bodily expressions

description: For social species, such as primates or dogs, the perceptual analysis of social interactions is an essential skill for survival that emerges already early during development1,2. While emotional behavior in real life is predominantly based on interactions between conspecifics, research on the perception of emotional body expressions has primarily focused on perception of single individuals3-5. While previous studies using point-light or video stimuli of interacting people suggest an influence of social context on the perception and neural encoding of interacting bodies, it remains entirely unknown how emotions of multiple interacting agents are perceptually integrated5-8. Exploiting methods from computer animation we studied this question by creating scenes with two interacting avatars whose emotional style was independently controlled. While participants were instructed to report the emotional style of a single agent, we found a systematic influence of the emotion expressed by the other, which reflects the ecological relevance of the emotions within the social interaction context. The emotional styles of interacting individuals are thus jointly encoded. The dataset consists of animated stimuli based on motion capture data recorded with a VICON MX system using eight cameras at 120Hz from two-person emotional interactions. Each actor was wearing 41 reflecting markers. Recorded trajectories were processed and retargeted on a self-made unisex avatar model using the commercial software Autodesk Motion Builder. Animations were created and edited in the 3D animation software Autodesk 3D Studio MAX. We rendered movies with these stimuli with a frame rate of 30fps.
DOI: 10.17632/5y3fgf4j9r.2
title: Perceptual encoding of emotions in interactive bodily expressions

description: For social species, such as primates or dogs, the perceptual analysis of social interactions is an essential skill for survival that emerges already early during development1,2. While emotional behavior in real life is predominantly based on interactions between conspecifics, research on the perception of emotional body expressions has primarily focused on perception of single individuals3-5. While previous studies using point-light or video stimuli of interacting people suggest an influence of social context on the perception and neural encoding of interacting bodies, it remains entirely unknown how emotions of multiple interacting agents are perceptually integrated5-8. Exploiting methods from computer animation we studied this question by creating scenes with two interacting avatars whose emotional style was independently controlled. While participants were instructed to report the emotional style of a single agent, we found a systematic influence of the emotion expressed by the other, which reflects the ecological relevance of the emotions within the social interaction context. The emotional styles of interacting individuals are thus jointly encoded. The dataset consists of animated stimuli based on motion capture data recorded with a VICON MX system using eight cameras at 120Hz from two-person emotional interactions. Each actor was wearing 41 reflecting markers. Recorded trajectories were processed and retargeted on a self-made unisex avatar model using the commercial software Autodesk Motion Builder. Animations were created and edited in the 3D animation software Autodesk 3D Studio MAX. We rendered movies with these stimuli with a frame rate of 30fps.
DOI: 10.17632/5y3fgf4j9r.3
title: Perceptual encoding of emotions in interactive bodily expressions

description: For social species, such as primates or dogs, the perceptual analysis of social interactions is an essential skill for survival that emerges already early during development1,2. While emotional behavior in real life is predominantly based on interactions between conspecifics, research on the perception of emotional body expressions has primarily focused on perception of single individuals3-5. While previous studies using point-light or video stimuli of interacting people suggest an influence of social context on the perception and neural encoding of interacting bodies, it remains entirely unknown how emotions of multiple interacting agents are perceptually integrated5-8. Exploiting methods from computer animation we studied this question by creating scenes with two interacting avatars whose emotional style was independently controlled. While participants were instructed to report the emotional style of a single agent, we found a systematic influence of the emotion expressed by the other, which reflects the ecological relevance of the emotions within the social interaction context. The emotional styles of interacting individuals are thus jointly encoded. The dataset consists of animated stimuli based on motion capture data recorded with a VICON MX system using eight cameras at 120Hz from two-person emotional interactions. Each actor was wearing 41 reflecting markers. Recorded trajectories were processed and retargeted on a self-made unisex avatar model using the commercial software Autodesk Motion Builder. Animations were created and edited in the 3D animation software Autodesk 3D Studio MAX. We rendered movies with these stimuli with a frame rate of 30fps.
DOI: 10.6084/m9.figshare.22674334.v1
title: A unified state diagram for the yielding transition of soft colloids

description: Data for the manuscript "A unified state diagram for the yielding transition of soft colloids" to appear in Nature Physics
DOI: 10.6084/m9.figshare.22674334
title: A unified state diagram for the yielding transition of soft colloids

description: Data for the manuscript "A unified state diagram for the yielding transition of soft colloids" to appear in Nature Physics
DOI: 10.6084/m9.figshare.19633614.v1
title: Supplemental Fig. 8, Table 6, Table 7

description: Supplementary Figure 8. The majority-rule, time-scaled metatree phylogeny of the synapsid species sampled in our study (n = 404). This is the same phylogeny as shown in Figure 2 and Supplementary Figure 7 (and shown in sections in Supplementary Figures 1–5), but it includes tip labels. The entire metatree that includes species not sampled in our study (total n = 2,130) is provided as a separate nexus file. Supplementary Table 6. Morphological character matrices used to create the phylogenetic metatree. The names of the matrices are based on the matrix source studies (e.g., “Abdala_2007aa” is from Abdala 2007). Letters at the end of the matrix name (e.g., “aa”) refer to different publications (first letter) and different matrices within the same publications (second letter). Full references are provided in the References section. In some cases, source studies included more than one matrix, and thus our 269 matrices were obtained from 241 source studies. The 'parent matrices' are those from which the matrices are derived (and they are down-weighted during the generation of the metatree if they are used in analyses); original (or heavily revised) matrices lack a parent matrix. Supplementary Table 7. Morphometric, diet, and geologic age information on the sampled species (n = 404). This includes jaw lengths (mm), museum specimens measured for jaw lengths, dietary assignments, diet sources, assigned groups/subclades, and geologic ages (first appearance datum, FAD; last appearance datum, LAD). For non-mammalian synapsids, we note the holotype specimens because the taxonomic assignments of many taxa are especially unstable. Full references are provided in the References section. Abbreviations: L, length; m1, first lower molar; PBDB, Paleobiology Database (www.paleobiodb.org).
DOI: 10.17632/rxbh297tph.2
title: Numerical Investigation on Deteriorated Heat Transfer of Supercritical Water Flowing Upward in Tubes with Variable Cross-sectional Geometries

description: To mitigate Deteriorated Heat Transfer (DHT) of Supercritical Water (SCW) upward flow, tubes with variable cross-sectional geometries are numerically investigated. Three types of variable cross-sectional geometries: converging channel, diverging channel, and periodic geometries, are modelled. Results of wall temperature in the smooth channel are compared with experimental data, and good agreements are obtained. The wall temperature effects of convergent and divergent channels of various proportions and periodic geometries of various amplitudes are investigated. Thermo-Hydraulic Performance Evaluation Criterion (PEC) is proposed to evaluate the performance of the studied geometries using dimensionless parameters Nu/Nu0, f/f0, and PEC = (Nu/Nu0)/(f/f0)1/3. The results indicated that the convergent channels suppress and delay DHT downstream, while opposite effects are observed for divergent channels. Periodic geometries, which have alternating convergent and divergent sections, suppress DHT with minimal pressure drop. 1st temperature peak is reduced by 200 K with 1 mm of outlet radius reduction for the convergent channel. Average PEC is enhanced by 60% with 0.5 mm A of periodic geometry. It is discovered that the convergent section can suppress DHT, and the mitigation effect is proportional to the size of convergence. It is concluded that, since the DHT caused by buoyancy-induced flow laminarization has flattened the cross-sectional velocity profile, the convergent section reverts the laminarization to the normal velocity profile by the nozzle acceleration effect. Nozzle acceleration also increases Turbulent Kinetic Energy (TKE) in the boundary layer which further enhances turbulent heat transfer.
DOI: 10.17632/rxbh297tph.1
title: Numerical Investigation on Deteriorated Heat Transfer of Supercritical Water Flowing Upward in Tubes with Variable Cross-sectional Geometries

description: To mitigate Deteriorated Heat Transfer (DHT) of Supercritical Water (SCW) upward flow, tubes with variable cross-sectional geometries are numerically investigated. Three types of variable cross-sectional geometries: converging channel, diverging channel, and periodic geometries, are modelled. Results of wall temperature in the smooth channel are compared with experimental data, and good agreements are obtained. The wall temperature effects of convergent and divergent channels of various proportions and periodic geometries of various amplitudes are investigated. Thermo-Hydraulic Performance Evaluation Criterion (PEC) is proposed to evaluate the performance of the studied geometries using dimensionless parameters Nu/Nu0, f/f0, and PEC = (Nu/Nu0)/(f/f0)1/3. The results indicated that the convergent channels suppress and delay DHT downstream, while opposite effects are observed for divergent channels. Periodic geometries, which have alternating convergent and divergent sections, suppress DHT with minimal pressure drop. 1st temperature peak is reduced by 200 K with 1 mm of outlet radius reduction for the convergent channel. Average PEC is enhanced by 60% with 0.5 mm A of periodic geometry. It is discovered that the convergent section can suppress DHT, and the mitigation effect is proportional to the size of convergence. It is concluded that, since the DHT caused by buoyancy-induced flow laminarization has flattened the cross-sectional velocity profile, the convergent section reverts the laminarization to the normal velocity profile by the nozzle acceleration effect. Nozzle acceleration also increases Turbulent Kinetic Energy (TKE) in the boundary layer which further enhances turbulent heat transfer.
DOI: 10.17632/d7ydctfrsf.1
title: Clinical Performance of Light-cured Orthodontic Adhesives for Bonding Brackets – An In-vitro Study. 

description: This was an in-vitro study conducted on 80 extracted maxillary premolars. Teeth with the sound crown structure were acid etched and bonded with brackets on their buccal surfaces utilizing primer and light-cured adhesives into four equal groups, which are Transbond XT, Heliosit, Enlight, and Bracepaste. Shear Bond Strength (SBS) for de-bonding the brackets were evaluated with Instron- testing machine after 48 hours. The de-bonded samples’ Adhesive Remnant Index (ARI) scores were also measured.
DOI: 10.17632/d7ydctfrsf.2
title: Clinical Performance of Light-cured Orthodontic Adhesives for Bonding Brackets – An In-vitro Study.

description: This was an in-vitro study conducted on 80 extracted maxillary premolars. Teeth with the sound crown structure were acid etched and bonded with brackets on their buccal surfaces utilizing primer and light-cured adhesives into four equal groups, which are Transbond XT, Heliosit, Enlight, and Bracepaste. Shear Bond Strength (SBS) for de-bonding the brackets were evaluated with Instron- testing machine after 48 hours. The de-bonded samples’ Adhesive Remnant Index (ARI) scores were also measured.
DOI: 10.17632/mmgz3cxbsd.1
title: Water thermodynamics and lipid oxidation in stored whey butter

description: S1 Fat, water content and water thermodynamic in whey butter and milk cream butter after storage S2 Color and gloss of whey butter and milk cream butter
DOI: 10.17632/6w6h63nw4s.1
title: Data for A chromosome-level assembly of the seed beetle Callosobruchus maculatus genome with annotation of its repetitive elements

description: A compressed GFF file containing the locations of repeats in the genome of Callosobruchus maculatus.
DOI: 10.17632/6w6h63nw4s.2
title: Data for A chromosome-level assembly of the seed beetle Callosobruchus maculatus genome with annotation of its repetitive elements

description: A compressed GFF file produced by RepeatMasker, describing repeat locations within the C. maculatus HiC assembly and the repeat family within the included repeat library to which each identified repeat belongs.
DOI: 10.6084/m9.figshare.24258565.v1
title: Untitled Item

description: Abstracts fetched are stored in a JSON file named `cached_abstracts.json`. In cases where an abstract is not available for a PMID, that PMID is recorded in a separate TSV file named `no_abstract.tsv`.- `read_pmids_from_file`: Extracts and returns unique PMIDs from file snp_mutation_data.tsv (Contains all the PMID where SNP's context is present).
DOI: 10.17632/jndw6hkccd.1
title: 2D-Broadband Metasurface Unicells Dataset for Predicting Optimum Structures for Tandem Solar Cells

description: 2D images of metasurface unit cell shapes and their design parameters. The geometry of the resonator was cross, square, L-shaped, window-shaped polygon and their inverted version. The shapes were chosen because of the ease of fabrication by the lithography technique. The 2D-array images of these metasurfaces were generated in MATLAB. The mesh step size of 100nm was maintained in all three dimensions. Periodic boundary conditions were applied in x and y dimensions while PML condition was applied on the z-axis to absorb/ transmit maximum light with minimum reflection. Each shape was converted into a greyscale 40 x 40 x 1-pixel image. Each pixel contains the minimum feature size of 80nm which lies within the fabrication range.
DOI: 10.5281/zenodo.8411377
title: Preprocessed Indonesian Twitter Dataset on UU Perlindungan Data Pribadi for Sentiment Analysis Research

description: This dataset, titled 'Preprocessed Indonesian Twitter Dataset on UU Perlindungan Data Pribadi for Sentiment Analysis Research,' is curated and prepared for the purpose of conducting sentiment analysis research as outlined in the project 'ANALISIS SENTIMEN MASYARAKAT TERHADAP UU PERLINDUNGAN DATA PRIBADI PADA APLIKASI X DENGAN METODE SUPPORT VECTOR MACHINE' (Sentiment Analysis of the Community Towards the Personal Data Protection Law on Application X Using Support Vector Machine Method).
DOI: 10.5281/zenodo.8411378
title: Preprocessed Indonesian Twitter Dataset on UU Perlindungan Data Pribadi for Sentiment Analysis Research

description: This dataset, titled 'Preprocessed Indonesian Twitter Dataset on UU Perlindungan Data Pribadi for Sentiment Analysis Research,' is curated and prepared for the purpose of conducting sentiment analysis research as outlined in the project 'ANALISIS SENTIMEN MASYARAKAT TERHADAP UU PERLINDUNGAN DATA PRIBADI PADA APLIKASI X DENGAN METODE SUPPORT VECTOR MACHINE' (Sentiment Analysis of the Community Towards the Personal Data Protection Law on Application X Using Support Vector Machine Method).
DOI: 10.17632/cbj37wdsdj.2
title: Mendeley Data

description: The proposed dataset includes human vital sign records sensed by radar and reference sensors (lidar). The dataset covers the operational radar characteristics and human body orientations. This data can enhance algorithms for ambient assisted living, assist search and rescue operations after natural disasters such as earthquakes, develop algorithms for non-contact medical devices, and analyze near-field radiation effects of antennas on vital signs.
DOI: 10.17632/smm6s6zv55.3
title: Numerical investigation of upward supercritical water flow with Joule heating effect (cases 1-4,6-9)

description: Manuscript title: Numerical investigation of upward supercritical water flow with Joule heating effect. 
Journal title: International Communication in Heat and Mass Transfer.
Software: ANSYS FLUENT 2021.