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This dataset supports the study “Silent Aches: A Meta-Analysis of Filipino OFW Nurses’ Psychosocial Burdens and Policy Implications (2000–2025)” conducted by Dr. Fernan N. Torreno and Famiela Torreno. The research hypothesis is that while Filipino overseas nurses are globally recognized for their clinical contributions, they experience significant but often overlooked psychosocial burdens—termed “silent aches”—which affect their well-being, professional identity, and reintegration prospects. The dataset was derived from a systematic review and meta-analysis of 25 peer-reviewed studies published between 2000 and 2025. Following PRISMA 2020 guidelines, records were identified from Scopus, PubMed, Web of Science, and CINAHL using keywords such as “Filipino nurses,” “psychosocial burden,” and “migration stress.” Inclusion criteria were empirical focus on Filipino OFW nurses, reporting of psychosocial outcomes, and policy relevance. Methodological quality was appraised with the Joanna Briggs Institute (JBI) checklist. Of the 25 included studies, 14 were qualitative, nine quantitative, and two mixed-methods. The dataset consists of: (1) a study characteristics matrix outlining design, sample, outcomes, and policy relevance; (2) thematic coding matrices across five domains—emotional labor, cultural adaptation, professional integration, family separation, and coping mechanisms; (3) quantitative synthesis outputs pooling prevalence of anxiety (32–45%), depression (28–39%), and burnout (41–58%); (4) subgroup analyses comparing regions and practice settings; and (5) figures and tables including a PRISMA flow diagram, forest plot of psychosocial indicators, thematic quotes, and a SMART policy roadmap. Notable findings reveal consistently elevated levels of anxiety, depression, and burnout among Filipino OFW nurses, particularly in the Middle East where institutional support is weaker. Emotional labor, identity fragmentation, and transnational guilt were prominent themes. Coping strategies such as faith and peer support provided resilience but could not substitute for systemic safeguards. This dataset enables replication, comparative migration research, and policy modeling. It informs bilateral agreements, culturally responsive support systems, and ASEAN-wide resilience standards. By integrating quantitative evidence with lived experiences, the dataset provides a unique resource for researchers, educators, policymakers, and advocates seeking to design psychosocial risk mitigation strategies for migrant healthcare workers.

Hypothesis We hypothesized that both theory of mind (ToM) and inhibitory control (IC) would predict children’s inequity aversion, but with different roles across disadvantageous and advantageous contexts. Data Data were collected from 230 Argentine children (5–12 years) through: Inequity Game (accept/reject candy offers). ToM tasks: Sally-Anne and Faux Pas tests. IC tasks: Go/No-Go (motor) and Stroop tests (attentional). Control variables: age, sex, SES, IQ, trial/order. Findings ToM did not predict inequity aversion. Motor IC predicted rejection of disadvantageous offers only after equitable ones. Attentional IC consistently predicted rejection of disadvantageous offers. No IC effects were found for advantageous inequity. SES and sex influenced rejection patterns. Interpretation The dataset shows that inhibitory control, particularly attentional, is a stronger predictor of fairness-related decisions than theory of mind. These data allow researchers to explore developmental, cognitive, and cultural aspects of inequity aversion in children.

This dataset supports the study on the development of a robust and eco-friendly biocatalyst based on thermostable β-glucosidase immobilized on linen fabric. The β-glucosidase enzyme was immobilized using a covalent periodate-based method, with ethylenediamine-glutaraldehyde as a spacer to enhance performance. Two biocatalyst systems were developed and tested (Lf-β-glucosidase and LfEG-β-glucosidase). This dataset supports the study on the characterization of thermostable β-glucosidase immobilized on linen fabric for sustainable lactose hydrolysis and whey valorization. The supplementary materials include figures and tables related to enzyme purification and kinetic analysis. Supplementary Figure 1 presents the results of nickel affinity chromatography used for enzyme purification. Supplementary Figures 2 and 3 show the kinetic analysis of Lf-β-glucosidase. Supplementary Table 1 shows the effect of various concentrations of ethylenediamine on β-glucosidase immobilization. Supplementary Table 2 provides detailed kinetic and inhibitory parameters for both the free and immobilized forms of the enzyme. These data demonstrate the functional properties of the immobilized biocatalyst and support its potential for repeated use in dairy bioprocessing applications. All supplementary content corresponds to data referenced in the main manuscript.

This umbrella review aimed to identify structures that healthcare systems have put in place to stabilize, support, and provide for the sustained enhancement of the nursing workforce, as well as highlight outstanding knowledge gaps. Following screening, we selected 69 studies for inclusion, the majority of which investigated interventions classified as implementation strategies (n=60) or delivery arrangements (n=8) under EPOC taxonomy. We identified heterogeneity in terms of the types of structures identified across reviews and the methods used for their evaluation. The findings of this umbrella review suggest that there is no one-size-fits-all approach for supporting the nursing workforce; rather, a multi-level, multi-pronged approach may be more appropriate to collectively have the most impactful outcomes. Limitations of this review include the phenomenon of interest (structures) being difficult to define and the inability to capture recently published primary sources. Future studies should incorporate rigorous implementation and evaluation plans, focusing on the long-term impacts of such strategies, and prioritize the dissemination of learnings.

Electrospun Tubes were characterized by static and dynamic water contact angles. We provide raw data for pure DegraPol® tubes and for DegraPol® tubes that were emulsion electrospun (water in oil emulsion) where in the small water droplets secretome was dissolved. The secretome had been previously harvested from a co-culture of rabbit adipose-derived stem cells and rabbit Achilles tenocytes in a ratio of 3:1. In addition, we provide transmission data of Fourier Transformed Infrared Spectroscopy (FTIR) assessed spectra, taken from pure electrospun DegraPol® tubes, of emulsion electrospun DegraPol® tubes with incorporated secretome harvested from the rabbit adipose-derived stem cell/rabbit Achilles tenocyte co-culture and of poly (ethylene glycol). Finally, we present adhesion extent data gathered from a rabbit Achilles tendon full transection model. We assessed how much of the tissue adhered to the surrounding tissue in cross sections of the rabbit Achilles tendons three weeks post operation compared to the entire circumference. The experimental groups were a) a 4-strand Becker suture, b) a 4-strand Becker suture with a pure DegraPol® tube, c) a 4-strand Becker suture, an injection of 50 microliter of a secretome harvested from a 3:1-ratio cell culture of adipose-derived stem cells:rabbit Achilles tenocytes, and a DegraPol® tube releasing such secretome, and d) the non-treated healthy rabbit Achilles tendons as a control.

This study discovered that the OTUD5–MAVS axis is specifically overexpressed in the mononuclear macrophage subset 11 of patients with primary biliary cholangitis (PBC). These findings may offer a novel therapeutic avenue for targeting the mitochondrial antiviral signalling pathway. The objective of this study was to identify key immune cell subsets through single-cell sequencing technology, thereby establishing the molecular basis for precision immunotherapy tailored to macrophage subtypes. The constructed immune cell infiltration profile will serve as a crucial reference for the clinical differential diagnosis and personalized immune monitoring of PBC. Additionally, this study provides novel biomarkers and targets for the development of small-molecule inhibitors for patients with PBC.

This repository includes supplemental data from our study "Thermogenic gene expression in human neck adipose tissue in relation to circulating and local thyroid hormone levels".

This dataset contains several tar files with model output. One tar file contains model output colocated with buoy observations. The model is for the Barents Sea region. The model is WAVEWATCH III(R) (Tolman 1991, WW3DG 2019). The buoy data were north of Svalbard. The model runs and comparisons are described in this report: https://arxiv.org/abs/2508.16755 This report is approved for public release, distribution unlimited (DoD Distribution Statement A). Jie Yu (NRL 7322) and others are preparing a journal submission which also uses this dataset, being based on a subset of the work described in the report (specifically, this April 2024 Barents Sea model, and comparisons to observations). That journal submission will also be approved for public release, distribution unlimited (DoD Distribution Statement A). The tar files with COAMPS2 and COAMPS3 in the file name contain output from two models runs, “COAMPS2” and “COAMPS3”. (“COAMPS1” was a vanilla run with coarser forcing, so there is no reason to share it) COAMPS2 is from WW3 using IC4M9, a S_ice formula that has dependence on ice thickness (h_ice). It is calibrated for a different h_ice dataset than it is being applied to here. Inevitably, there will be systematic differences in the two h_ice products (they both come with major accuracy concerns), and probable need for new calibration. COAMPS3 is from WW3 with IC4M6, an “old fashioned” S_ice formula that has no dependence on ice thickness. It is for a thin cover of frazil and pancake ice. For COAMPS2 and COAMPS3, I provide the model output in three formats. You can choose the format you prefer. There is no need to download all three. • CGRID.E1D.nc : 1d spectra on computational grid in nc format. Big files • trck.E2D.nc : 2d spectra on buoy tracks (bounding points) in nc format. Medium size files • trck.E1D.mat : 1d spectra on buoy tracks (bounding points) in .mat format. Readable by Matlab or Octave. Small files. For COAMPS2, I provide 2 additional files. • CGRID.bulk.nc : nc files with bulk parameters, excluding model spinup period. Includes wave output (wave height, dominant direction, and integrated energy dissipation by sea ice) and regridded model forcing (ice fraction, ice thickness) • CGRID.spinup.nc : nc files with bulk parameters during model spinup. It includes the same parameters that are included in CGRID.bulk.nc, but the wave output should be disregarded, since it is during the spinup (invalid). COAMPS_Apr2024_colocations.tar.gz : this contains the colocations of model Hm0B with values computed from spectra measured by buoys north of Svalbard. Hm0B is the wave height computed from four different frequency bands (other names are "partial wave height" and "band height". The buoy data were provided by Jean Rabault and Malte Muller of the Norwegian Meteorological Service. A README provided in the tar file has additional details. The files are readable using Matlab or Octave. This is a very small tar file.

Data related to the atomistic molecular dynamics study of DMPC membrane and DMSO.

The RaagaDhvani dataset comprises high-quality audio recordings of solo flute renditions representing 11 selected Carnatic ragas: Bhairavi, Bilahari, Hamsadhwani, Saveri, Thodi, Anandabhairavi, Poorvikalyani, Gaanamurthe, Neelambari, Bhauli, and Dwijavanthi. The primary content includes audio data along with derived emotion annotations, augmentation variants, and associated metadata. All recordings were created by Prof. Vidushi Archana Priyadarshini and are released under the Creative Commons Attribution-NoDerivatives 4.0 International (CC BY-ND 4.0) license.