cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.17632/4b2cnwsjzk
title: Effect of Pain Neuroscience Education along with Conventional Physiotherapy in patients with Chronic Plantar Fasciitis

description: The plantar fascia consists of three bands of fibrous connective tissue originating from the medial calcaneal tubercle and extending to the proximal phalanges. It plays a crucial role in foot biomechanics, particularly in the windlass mechanism, which enhances the medial longitudinal arch during gait. 
Plantar fasciitis (PF), also termed plantar fasciopathy, is a chronic degenerative condition of the plantar aponeurosis, primarily causing heel pain. It is commonly referred to as "jogger’s heel" or "policeman’s heel." PF affects approximately 1% of the general population, with higher prevalence among runners, military personnel, and individuals aged 45-64, especially women. Around 30% of cases present with bilateral symptoms. 
Several factors contribute to PF, including a tight gastrocnemius muscle due to prolonged sitting, high heels, or limited dorsiflexion. Flat feet, heel pronation, obesity, improper footwear, and nerve entrapment are also implicated. Structural foot abnormalities like pes planus, pes cavus, and leg length discrepancies increase susceptibility. 
Conservative treatments for PF include medications, splints, manual therapy, exercise, and orthotics. However, about 10% of patients experience persistent symptoms. Psychological factors like pain catastrophizing and fear of movement significantly impact recovery. A biopsychosocial approach integrating physical therapy with psychological interventions may improve outcomes. 
Pain Neuroscience Education (PNE) has emerged as a promising treatment for chronic pain conditions, aiming to alter pain perception and reduce fear and anxiety. While PNE has demonstrated benefits for conditions like fibromyalgia and low back pain, its efficacy in managing chronic plantar fasciitis remains underexplored. This study evaluates the effectiveness of PNE alongside conventional physiotherapy in patients
DOI: 10.17632/wtxn2m9g8p
title: Original data for Sanchez-Garrido et al.

description: Original data shown in the figures and supplementary figures.
DOI: 10.17632/mkwstv8rxx
title: Data for: Multiple spin reorientation transitions in Ga3+-substituted DyCrO3

description: XRD ang MT data
DOI: 10.17632/vcxdk7s8jy
title: Tissue mimetic hyaluronan bioink containing collagen fibers with controlled orientation modulating cell morphology and alignment.

description: The THA-col composite was prepared by mixing THA (2.5% w/v) and col 1 (0.5% w/v) with simultaneous gelation induced by hydrogen peroxide and horseradish peroxidase for THA and neutralization for col. The composite biomaterial ink was characterized for fibrillation by turbidity measurement, fluorescence microscopy and rheological properties (shear thinning behaviour and amplitude sweep) were assessed. Anisotropic properties were introduced upon 3D bioprinting (3D DiscoveryTM, RegenHU) the biomaterial ink. Cellular behaviour was investigated by embedding human mesenchymal stromal cell (MSC) spheroids into the hydrogel. Cell migration as well as chondrogenic differentiations was analysed over time by microscopy with subsequent image analysis (Oval plugin, ImageJ, NIH), gene expression analysis, histological stainings and glycosaminoglycan and DNA quantification. The fibrillation of col 1 and the homogenous distribution of the fibers within THA was shown by second harmonic generation imaging and fluorescent imaging and confirmed by turbidity measurement. After 3D bioprinting an anisotropic alignment of col fibrils was achieved that guided cell migration along the fiber orientation. Cell migration of hMSC spheroids showed similar behavior comparing THA-col and col whereas no migration was present for THA only. Chondrogenic differentiation resulted in an increase in cartilage related genes (col 2, aggrecan) with low tendency of hypertrophy (col X, col I, RunX2). Cartilage like matrix deposition was further corroborated by quantification of GAGs within samples that showed an overall increase within 21 days of culture similar to hMSC pellet control group. Safranin O staining resulted confirmed production of proteoglycans . Extrusion based printing has been investigated to produce scaffolds with anisotropic properties on microscale exploiting the shear forces inducing alignment of col fibres within a shear thinning HA matrix. The combination of the two matrix components brings unique features and advantages addressing cell migration, differentiation and material tissue integration compared to the single polymers. THA-col biomaterial has shown its potential for cartilage tissue engineering and represents a potential injectable material for cell free cartilage treatment.
DOI: 10.17632/vd69p2p7k8
title: Supplementary material and raw data files for: Sulfate Reduction and Hydrogen Sulfide Oxidation Rates in Marine Sediments with Cryptic Sulfur Cycling

description: Supplementary material and raw data files.
DOI: 10.17632/84g8yxw5gh
title: Two-Month Individually Supervised Exercise Therapy Improves Walking Speed, Step Length and Temporal Gait Symmetry in Chronic Stroke Patients: A before-after trial

description: Gait asymmetry is common after stroke and is a major risk factor for falls. In particular, temporal gait asymmetry often remains in the chronic stage of stroke. However, health insurance does not cover rehabilitation for patients with chronic stroke in many countries. Accordingly, it is undetermined whether individually supervised exercise therapy has beneficial effects on chronic hemiparetic gait. Patients with stroke (n = 25) over 6 months after onset participated. The patients performed 70 min of individually supervised exercise therapy twice weekly for 2 months for 16 sessions with qualified personnel. The intervention significantly reduced the pre-swing phase on the paretic side. In addition, there was a significant improvement in pre-swing phase symmetry in those with great asymmetry prior to the intervention. The step length significantly increased after the intervention on both sides. The walking time at both comfortable and maximum speeds was significantly shortened. Our findings suggest that there remains scope to improve gait ability with individually supervised exercise therapy in patients with chronic stroke whose functional recovery is often considered unlikely. This type of intervention may be a simple and effective option to improve gait parameters, including temporal asymmetry, even in patients with chronic stroke.
DOI: 10.17632/8grb2wvhrd
title: Low bone mineral density among the Bangladeshi public health professionals: a cross-sectional study

description: Description: This dataset contains the data of 330 public health professionals who participated in 9th Regional Public Health Conference. Data were collected to evaluate bone mineral density (BMD) and potential demographic, behavioral and health correlates therefor. 
Systems and methods: A semi-structured questionnaire was developed to collect information on socio-demographic characteristics (age, sex, occupation, education, diet (habitual fruit consumption or vegetable intake, use of dietary supplements for vitamin D), lifestyle variables (physical activity, water intake, sleep quality, sunlight exposure and tobacco use), medical history (Hypertension, Diabetes, CVDs, Chronic Kidney disease).
Physical measurements: BMD, systolic and diastolic blood pressure (BP), height and weight.
BMD was measured by Ultrasound Bone Densitometer CM-200 Light (Furuno Electric Company, Japan) and T-scores were categorized according to the WHO criteria. Using SPSS 25.0 statistical analyses included chi-square and t-tests.
Key findings: We found that 37.9% of the respondents had low bone mass (LBM) and the prevalence increased significantly with age, especially in people aged from 46 to 65 years (45.5%). While the prevalence of LBM was slightly higher in females (38.5%) compared to males, there are significant gender-specific risks that need attention. Chronic conditions, especially chronic kidney disease (66.7%) and diabetes made up the highest LBM rate (53.3%). More respondents with a normal bone density reported managing regular physical exercise, adequate sleep, fruit and vegetable consumption, appropriate water intake and avoidance of tobacco use as compared to those with osteopenia or low BMD; however these associations were not statistically significant. While greater BMI was associated with a higher percentage of LBM, high overall BMD did not significantly correlate in this study. The LBM group had slightly higher systolic blood pressure and no significant effect on BMD was seen with respect to educational level.
Potential Uses of Dataset: This dataset offers valuable insights into bone health and associated factors within the public health workforce in Bangladesh. It can serve as a comparative basis for international studies on BMD and inform public health strategies to enhance bone health and manage related risks, particularly in aging populations.
Ethical Approval: Approval was granted by the Ethical Review Committee of Bangladesh University of Health Sciences, with informed consent obtained from all participants.
Keywords: low bone mass, Bangladesh, public health, professionals.
DOI: 10.17632/3nx7kvk2hb
title: Molybdenum isotopes record dehydrated slab components input to arc magmatism in subduction zones

description: The Supplementary Material contains: Sr–Nd iThe Supplementary Material contains: Sr–Nd isotopes, Trace elements abundance in hornblendes, and Parameters of the mixing model (Table S1-S3). Representative photomicrographs of the Milin cumulates (Fig.S1); plot of Mo contents versus SiO2 (a), S (b), Fe2O3T (c) and TiO2 (d) (Fig.S2); plot of δ98/95Mo values versus SiO2 (a), Fe2O3T (b), TiO2 (c) and S (d) (Fig.S3); plot of (87Sr/86Sr)i, and εNd(t) values versus MgO (a–b) and δ98/95Mo (c–d) (Fig.S4); plot of LOI versus (87Sr/86Sr)i (a), εNd(t) (b) and δ98/95Mo (c) (Fig.S5).sotopes, Trace elements abundance in hornblendes, and Parameters of the mixing model (Table S1-S3). Representative photomicrographs of the Milin cumulates (Fig.S1); plot of Mo contents versus SiO2 (a), S (b), Fe2O3T (c) and TiO2 (d) (Fig.S2); plot of δ98/95Mo values versus SiO2 (a), Fe2O3T (b), TiO2 (c) and S (d) (Fig.S3); plot of (87Sr/86Sr)i, and εNd(t) values versus MgO (a–b) and δ98/95Mo (c–d) (Fig.S4); plot of LOI versus (87Sr/86Sr)i (a), εNd(t) (b) and δ98/95Mo (c) (Fig.S5).
DOI: 10.17632/jnx2879n5t
title: Nomophobia and Psychological Well-Being: Chain Mediating Role of Social Network Sites Addiction and Doomscrolling

description: This dataset examines the intricate relationships between nomophobia (fear of being without one’s mobile phone), psychological well-being, social network sites (SNS) addiction, and doomscrolling behaviors among emerging adults. The study was designed to explore how addictive behaviors on social networking sites and excessive engagement in doomscrolling might mediate the association between nomophobia and psychological well-being. Data were collected through self-report questionnaires administered to college students, using standardized measures of nomophobia, SNS addiction, doomscrolling frequency, and psychological well-being.
1. Data Collection Methods: The cross-sectional data were collected via online surveys using validated scales:
2. Sample and Study Population: The dataset includes responses from a sample size of 399 college students between the ages of 18 and 25, representing a subset of emerging adults. Participants were selected to reflect a diversity of social and psychological backgrounds relevant to generalizing findings within this age group, where digital technology use is prevalent.
3. Variables and Key Measures:
Independent Variable: Nomophobia
Mediating Variables: SNS addiction and doomscrolling
Dependent Variable: Psychological well-being the mediational model in this study is designed to capture the hypothesized chain effect where nomophobia influences SNS addiction, leading to increased doomscrolling, which in turn affects psychological well-being.
4. Objectives and Hypotheses: The primary objective is to examine if SNS addiction and doomscrolling mediate the relationship between nomophobia and psychological well-being. It is hypothesized that:
Higher nomophobia is associated with higher SNS addiction.
Higher SNS addiction leads to increased doomscrolling.
The chain of SNS addiction and doomscrolling mediates the relationship between nomophobia and psychological well-being, potentially contributing to lower well-being.
5. Analytical Approach: Mediation analysis is employed to evaluate the indirect effects through SNS addiction and doomscrolling, using structural equation modeling (SEM). Descriptive statistics summarize the key variables, and correlation analyses assess preliminary relationships among them.

Data Accessibility and Ethical Compliance: Data were anonymized to maintain participant confidentiality, and ethical clearance was obtained prior to data collection. Participants provided informed consent, and no identifiable personal data is included.
DOI: 10.5439/2532317
title: Synoptic Weather Regime Classifications for June, July, August, and September, 2022

description: The synoptic weather regime classification has become a highly demanded product for the ARM site in recent years. This type of regime classification has shown applications in various studies and topics, including aerosol-cloud interactions, land-atmosphere interactions, and cloud radiative effects. The VAP employs an unsupervised machine learning method, Self-organizing map (SOM), to classify weather regimes for each day of the AMF campaigns and fixed sites, using ERA5 data. This idea is mainly based on our published study for TRACER in Wang et al. (2022, JGR-A). This dataset includes the data in June, July, August, and September; the last year of the data is 2022.
DOI: 10.17632/2v7smndw7s
title: Original TEM data (SAED, HRTEM, EELS) for "Evidence for the disproportionation of iron in a Eucrite meteorite"
DOI: 10.17632/2z8t5g347z
title: Artificial Intelligence and Big Data for Cybersecurity in Enterprise Data Management / Искусственный интеллект и большие данные для обеспечения кибербезопасности при управлении корпоративными данными

description: The dataset contains IMD statistics of “use of big data and analytics” in 2021 (score 0-10 (best)) and ITU statistics “Global Cybersecurity Index” in 2021 (score 0-100 (best)).
Датасет содержит статистику IMD об использовании больших данных и аналитики в 2021 г. (в баллах от 0 до 10) и статистику ITU глобального индекса кибербезопасности за 2021 г. (в баллах от 0 до 100).
DOI: 10.17632/j34b3jsvr9
title: High resolution annual paddy rice maps for Southeast and Northeast Asia in 2017-2019

description: This dataset provides annual paddy rice maps of Southeast and Northeast Asia from 2017 to 2019. *** The data file is in “.tif" format *** Spatial extent: Southeast and Northeast Asia *** Temporal Resolution: Yearly *** Pixel size: 10 m *** Projection information: EPSG: 4326 *** CropType: Paddy rice. *** Year: Values from 2017 to 2019
DOI: 10.6084/m9.figshare.21900341.v2
title: Potassium applications reduced cesium uptake and altered strontium translocation in soybean plants

description: After the Tokyo Electric Power Company’s Fukushima Dai-ichi Nuclear Power Plant accident in 2011, radioactive cesium (RCs) was released in greater concentrations than radioactive strontium (RSr) in the surrounding environment. Most of the countermeasures were developed to mitigate the RCs transfer from the soil to plants. However, to avoid what has happened after the Chernobyl and Mayak accidents, preventing the transfer of RSr from soil to plants should be a priority. Although the application of potassium (K) fertilizers is the most effective method for preventing agricultural crops from absorbing RCs in contaminated fields, this implementation increases the cost and labor requirements. Considering the preparedness for nuclear accidents, it remains unclear how this countermeasure will be affected if RCs and RSr are released simultaneously. We aimed to explore the effect of K applications on cesium (Cs) and strontium (Sr) uptake and their interaction with and correlation to other elements in the soybean plants and soil. The field experiments were conducted in Fukushima Prefecture, Japan, using different K applications (i.e., no, normal, and high K applications). The dry weight and mineral concentrations of K, Cs, Sr, calcium (Ca), magnesium (Mg), and nitrogen (N) concentration in plants and exchangeable K (ExK), exchangeable Cs (ExCs), exchangeable Sr (ExSr), exchangeable Ca (ExCa), exchangeable Mg (ExMg), NH<sub>4</sub>+ (ammonium), and NO<sub>3</sub>- (nitrate) concentrations in the soils were evaluated. This study revealed that K application reduced Cs, Ca, and Mg uptake but did not affect the ExSr, ExCa, and ExMg concentrations in the soil and did not change the uptake of Sr. On the other hand, K concentration of the plant especially at later growth stage, which indicates re-translocation of Sr was negatively regulated by K concentration.
DOI: 10.17632/494nj6ftbv
title: Tuning and interpretation of electronic transport properties with m*2T

description: Electronic transport coefficients such as the electrical conductivity, the termo-power, and the charge carrier concentration are routinely measured in a variety of application areas such as electronics or thermoelectric power-generation and cooling. Using fitting procedures, those measurements are used to infer microscopic features of the samples. The code m*2T facilitates the estimation of electronic structure parameters such as the effective masses and band energies improving the current approach by increasing the complexity of the band structure representation. The software is designed with a server-client architecture to enhance performance and scalability. The server is implemented in the Julia programming language. We illustrate the design and the efficiency of the code with selected applications, which are relevant to the optimization of thermoelectric materials.
DOI: 10.17632/njdhmbdvhy
title: PLCA Model for Permanent Magnet Synchronous Motors (PMSMs)

description: This file is one of the supplementary information for the paper "Parametric Design, Life Cycle Assessment, and Optimization of a Discrete Product with Application to an Electric Traction Motor", found in the Resources, Conservation and Recycling Journal. This model is only a portion of the environmental piece of an integrated optimization-based design model with LCA (i.e., parametric LCA). If the user has motor input data, the model can be used to obtain the LCI results. In addition, the model can be run to conduct uncertainty analysis (e.g., Monte Carlo simulation) to observe the probability distribution of the inventory data.
DOI: 10.17632/z5zc7kk76g
title: Data from cryo-neutron phase change experiments with LH2 and LCH4 

description: This dataset describes both raw and analyzed results from liquid-vapor phase change experiments with cryogenic propellants. Evaporation/condensation experiments with hydrogen and methane were conducted at the National Institute of Standards and Technology (NIST) in Gaithersburg, MD at the NIST Center for Neutron Research (NCNR). Tests were conducted in cylindrical and conical containers of various sizes and materials. Neutron imaging was used as a non-destructive visualization tool to probe inside the opaque metallic containers. Phase change (evaporation/condensation) was induced through precise control of pressure and/or temperature. Saturation points between 80 - 230 kPa were tested. Evaporation/condensation rates were determined through image processing. The motivation behind the experiments were to determine the accommodation coefficient which are inputs to kinetic models of phase change that represent the ratio of molecules that cross the liquid vapor interface. The values of the coefficients are published elsewhere and the data (images, temperature and pressure) are provided here. To the authors' best knowledge, these are the first known neutron images of controlled cryogenic propellant phase change. The unique dataset contains a wealth of information on meniscus evaporation/condensation, phase change dynamics, thin film formation, capillary wicking, cryogenic heat transfer and neutron imaging statistics. The data could also be used as a benchmark for future experiments or as a dataset for model validation.
DOI: 10.6084/m9.figshare.12115308.v1
title: data_dielectric_mux.zip

description: Data set for the experimental results of the 3D printed muz/demux
DOI: 10.17632/8498ym7fdw
title: Factors associated with the risk of patients and healthcare workers to develop COVID-19 during digestive endoscopy in a high-incidence area

description: This study is a description of factors associated with patients and healthcare workers risk to develop COVID-19 during digestive endoscopy in a high-incidence area. Data reported that COVID-19 development after gastrointestinal (GI) endoscopy was uncommon both for patients and healthcare workers, probably mainly due to environmental factors. Only e combined EUS + ERCP resulted independent risk factors for probable or confirmed COVID-19 development after logistic regression analysis. Whether combined EUS + ERCP convey an increased risk deserves further investigation.

doi: 10.1016/j.gie.2020.07.019
DOI: 10.17632/mfc2dv3bpb
title: Review_MedicinePlants

description: Plant list used for review of breeding systems study
DOI: 10.17632/dkgvp72nxw
title: RANLUX: A Fortran implementation of the high-quality pseudorandom number generator of Lüscher

description: Abstract Following some remarks on the quality of pseudorandom number generators commonly used in Monte Carlo calculations in computational physics, we offer a portable Fortran 77 implementation of a high-quality generator called RANLUX (for LUXury RANdom numbers), using the algorithm of Martin Lüscher described in an accompanying article. The implementation allows the user to select different quality or luxury levels, where higher quality requires somewhat longer computing time for the generation. Th... Title of program: RANLUX Catalogue Id: ACPR_v1_0 Nature of problem Any Monte Carlo or other calculation requiring a uniform pseudorandom number generator. CORRECTION SUMMARY: Vol:Year:Page 97:1996:357 "000ACORRECTION 16/04/96" "RANLUX: a Fortran implementation of the high-quality pseudorandom number generator of Luscher. (C.P.C. 79(1994)111)." F. James Note: correction instructions are contained in source code Versions of this program held in the CPC repository in Mendeley Data ACPR_v1_0; RANLUX; 10.1016/0010-4655(94)90233-X ACPR_v2_0; RANLUXI; 10.1016/S0010-4655(97)00002-7 ACPR_v3_0; RANLUXASM; 10.1016/S0010-4655(97)00017-9 This program has been imported from the CPC Program Library held at Queen's University Belfast (1969-2019)
DOI: 10.17632/4dgbnzxykp
title: Cultivation of the amphipod Cymadusa filosa using artificial feed as an alternative for algae: Effects on growth, reproduction, and live feed potential

description: Results and analysis of Cymadusa filosa performance
DOI: 10.6084/m9.figshare.25592763.v6
title: PF_Code&Data.zip

description: Data and codes for "<b>Advancing human mobility modeling: a novel path flow approach to mining traffic congestion dynamics</b>", authored by Hongyu Shi, Zilong Zhao, Luliang Tang, Zihan Kan, Yunqi Du.
DOI: 10.17632/2sg2b49hbs
title: High-Order CSK Optical Communication: MATLAB Code and Figure Dataset

description: This dataset includes MATLAB simulation code, pretrained neural network file, and original experiment figure files related to high-order CSK optical chaos communication. The results are derived from MATLAB simulations.