cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.30439091.v1
title: Analyzed data from the article "Effects of aging on transmission from Ia afferents to α-motoneurons and presynaptic mechanisms across muscle lengths and contraction types"

description: Presynaptic inhibition of Ia afferents, particularly via primary afferent depolarization (PAD), plays a crucial role in modulating transmission from Ia afferents to α-motoneurons according to task demands. In young adults, PAD is enhanced during eccentric contractions and at longer muscle lengths, supporting adaptable motor control. However, aging is associated with reduced muscle spindle sensitivity, which may impair the regulation of presynaptic inhibition via PAD. This study investigated whether aging alters the modulation of PAD according to contraction type and muscle length. Nineteen older adults (69 ± 4 years) and sixteen young adults (23 ± 2 years) participated in three experimental<i> sessions.</i> The maximal H-reflex (H<sub>max</sub>) and maximal M-wave (M<sub>max</sub>) were recorded in the soleus muscle to assess Ia-alpha motoneuron transmission (H<sub>max</sub>/M<sub>max</sub>). PAD was evaluated using the D1 inhibition method (<sub>HD1</sub>/H<sub>test</sub>), while ongoing presynaptic inhibition was assessed via heteronymous facilitation (H<sub>fac</sub>/H<sub>test</sub>). Measurements were performed during isometric and eccentric contractions at intermediate (0°) and long (-15° dorsiflexion) muscle lengths. Young adults showed significant modulation of both H<sub>D1</sub>/H<sub>test</sub> and H<sub>fac</sub>/H<sub>test</sub> across conditions, while older adults did not (p &gt; 0.05). Similarly, H<sub>max</sub>/M<sub>max</sub> was reduced during eccentric contractions at intermediate muscle length in young but not in older adults. These results indicate that aging impairs regulation of PAD according to muscle mechanics, potentially contributing to deficits in sensorimotor control.
DOI: 10.71732/wbjaix/bfymvc
title: SN244_INT_015.docx

description: Data (it)
DOI: 10.25574/28117
title: Chandra X-ray Observatory ObsId 28117

description: BRIGHT X-RAY BINARIES IN METAL POOR GALAXIES AND LIGO PRECURSORS
DOI: 10.71732/wbjaix/3kowuw
title: SN244_INT_025.docx

description: Data (it)
DOI: 10.71732/wbjaix/qvdlui
title: SN244_INT_024.docx

description: Data (it)
DOI: 10.71732/wbjaix/cowcsv
title: SN244_INT_023.docx

description: Data (it)
DOI: 10.71732/wbjaix/lcztny
title: SN244_INT_027.docx

description: Data (it)
DOI: 10.71732/wbjaix/zjce1b
title: SN244_INT_029.docx

description: Data (it)
DOI: 10.71732/wbjaix/9ki5uh
title: SN244_INT_011.docx

description: Data (it)
DOI: 10.71732/wbjaix/u7jaqs
title: SN244_INT_016.docx

description: Data (it)
DOI: 10.71732/wbjaix/zv1gud
title: SN244_INT_019.docx

description: Data (it)
DOI: 10.71732/wbjaix/8672ry
title: SN244_INT_013.docx

description: Data (it)
DOI: 10.71732/wbjaix/4pkoox
title: SN244_INT_020.docx

description: Data (it)
DOI: 10.71732/wbjaix/khhduh
title: SN244_INT_017.docx

description: Data (it)
DOI: 10.71732/wbjaix/y6jhzi
title: SN244_INT_018.docx

description: Data (it)
DOI: 10.71732/wbjaix/590dab
title: SN244_INT_021.docx

description: Data (it)
DOI: 10.71732/wbjaix/eqs13u
title: SN244_INT_028.docx

description: Data (it)
DOI: 10.71732/wbjaix/elcerw
title: SN244_INT_032.docx

description: Data (it)
DOI: 10.15468/dl.6fje37
title: Occurrence Download

description: A dataset containing 57 species occurrences available in GBIF matching the query:
{
 "and" : [
 "Country is Colombia",
 "PublishingOrg is one of (2a7e3080-28a9-11dd-97cd-b8a03c50a862, 0c0c7309-6a47-4760-9f5c-a48f6d354f75, eac88d99-9f6c-4031-8fc4-8088f0e0dfe7, 15b278a8-1356-4f7b-ba32-3c733c3d0aac, d5ef14a1-5177-4547-9ce2-46d84a4214eb, 0bad0631-0693-41fa-afd5-54df0120c509, b3bf3a83-1f68-4541-a03f-330d30d567f5, 7b8aff00-a9f8-11d8-944b-b8a03c50a862, 5a45153b-bdf9-44ae-b7a7-e3261896540b)",
 "TaxonKey is Pteronymia latilla"
 ]
}

 The dataset includes 57 records from 9 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0002694-251025141854904/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.71732/wbjaix/lbirhp
title: SN244_INT_037.docx

description: Data (it)
DOI: 10.71732/wbjaix/xir2fw
title: SN244_INT_043.docx

description: Data (it)
DOI: 10.71732/wbjaix/e5aujz
title: SN244_INT_036.docx

description: Data (it)
DOI: 10.71732/wbjaix/prfgbh
title: SN244_INT_042.docx

description: Data (it)
DOI: 10.71732/wbjaix/0jhiuu
title: SN244_INT_034.docx

description: Data (it)
DOI: 10.71732/wbjaix/gzvuqj
title: SN244_INT_039.docx

description: Data (it)
DOI: 10.71732/wbjaix/2gpzdo
title: SN244_INT_031.docx

description: Data (it)
DOI: 10.71732/wbjaix/lmpuad
title: SN244_INT_048.docx

description: Data (it)
DOI: 10.71732/wbjaix/pi3mkb
title: SN244_INT_045.docx

description: Data (it)
DOI: 10.71732/wbjaix/y1rwqw
title: SN244_INT_041.docx

description: Data (it)
DOI: 10.71732/wbjaix/u7orte
title: SN244_INT_040.docx

description: Data (it)
DOI: 10.15468/dl.egu8tn
title: Occurrence Download

description: A dataset containing 65 species occurrences available in GBIF matching the query:
{
 "and" : [
 "GadmGid is USA.49_1",
 "OccurrenceStatus is Present",
 "TaxonKey is Tachinidae"
 ]
}

 The dataset includes 65 records from 6 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0002695-251025141854904/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.6084/m9.figshare.30454982
title: DataSet for Cost-effective Hydrogen based Carbon Neutral Transition Pathway

description: Supplementary DataSet for the Article: Cost-effective Hydrogen based Carbon Neutral Transition Pathway
DOI: 10.6084/m9.figshare.30454982.v1
title: DataSet for Cost-effective Hydrogen based Carbon Neutral Transition Pathway

description: Supplementary DataSet for the Article: Cost-effective Hydrogen based Carbon Neutral Transition Pathway
DOI: 10.71732/wbjaix/yrk6fb
title: SN244_INT_035.docx

description: Data (it)
DOI: 10.71732/wbjaix/y9nrjx
title: SN244_INT_033.docx

description: Data (it)
DOI: 10.71732/wbjaix/5664fo
title: SN244_INT_044.docx

description: Data (it)
DOI: 10.71732/wbjaix/5fwlgv
title: SN244_INT_038.docx

description: Data (it)
DOI: 10.71732/wbjaix/80eyv0
title: SN244_INT_049.docx

description: Data (it)
DOI: 10.71732/wbjaix/rbr0ja
title: SN244_INT_050.docx

description: Data (it)
DOI: 10.71732/wbjaix/hmbllm
title: SN244_INT_047.docx

description: Data (it)
DOI: 10.71732/wbjaix/2ih7jk
title: SN244_INT_066.docx

description: Data (it)
DOI: 10.71732/wbjaix/nuzzoj
title: SN244_INT_057.docx

description: Data (it)
DOI: 10.71732/wbjaix/ewek62
title: SN244_INT_065.docx

description: Data (it)
DOI: 10.71732/wbjaix/lopid4
title: SN244_INT_058.docx

description: Data (it)
DOI: 10.71732/wbjaix/oezsaq
title: SN244_INT_053.docx

description: Data (it)
DOI: 10.71732/wbjaix/dq0trs
title: SN244_INT_054.docx

description: Data (it)
DOI: 10.71732/wbjaix/sgphr6
title: SN244_INT_069.docx

description: Data (it)
DOI: 10.71732/wbjaix/y1odmv
title: SN244_INT_051.docx

description: Data (it)
DOI: 10.71732/wbjaix/aajuhs
title: SN244_INT_060.docx

description: Data (it)
DOI: 10.71732/wbjaix/uayfxb
title: SN244_INT_067.docx

description: Data (it)
DOI: 10.71732/wbjaix/s1yjch
title: SN244_INT_056.docx

description: Data (it)
DOI: 10.71732/wbjaix/xfbppp
title: SN244_INT_052.docx

description: Data (it)
DOI: 10.71732/wbjaix/gh5a9w
title: SN244_INT_068.docx

description: Data (it)
DOI: 10.71732/wbjaix/9aey0j
title: SN244_INT_064.docx

description: Data (it)
DOI: 10.5281/zenodo.17309061
title: Extreme Rainfall on coastal reservoir
DOI: 10.5281/zenodo.17309062
title: Extreme Rainfall on coastal reservoir
DOI: 10.71732/wbjaix/dubvai
title: SN244_INT_062.docx

description: Data (it)
DOI: 10.71732/wbjaix/e0ikpz
title: SN244_INT_070.docx

description: Data (it)
DOI: 10.71732/wbjaix/8ect8k
title: SN244_INT_055.docx

description: Data (it)
DOI: 10.71732/wbjaix/uyjklw
title: SN244_INT_061.docx

description: Data (it)
DOI: 10.71732/wbjaix/ay3sno
title: SN244_INT_083.docx

description: Data (it)
DOI: 10.71732/wbjaix/9guvgm
title: SN244_INT_076.docx

description: Data (it)
DOI: 10.71732/wbjaix/k0ngs2
title: SN244_INT_071.docx

description: Data (it)
DOI: 10.71732/wbjaix/umno4j
title: SN244_INT_074.docx

description: Data (it)
DOI: 10.71732/wbjaix/bei5wm
title: SN244_INT_087.docx

description: Data (it)
DOI: 10.71732/wbjaix/uakrrl
title: SN244_INT_073.docx

description: Data (it)
DOI: 10.71732/wbjaix/1exnju
title: SN244_INT_075.docx

description: Data (it)
DOI: 10.71732/wbjaix/isszly
title: SN244_INT_090.docx

description: Data (it)
DOI: 10.71732/wbjaix/btjpyy
title: SN244_INT_089.docx

description: Data (it)
DOI: 10.71732/wbjaix/xyaelj
title: SN244_INT_088.docx

description: Data (it)
DOI: 10.71732/wbjaix/omxbi8
title: SN244_INT_086.docx

description: Data (it)
DOI: 10.71732/wbjaix/ng8fks
title: SN244_INT_082.docx

description: Data (it)
DOI: 10.71732/wbjaix/euyswj
title: SN244_INT_072.docx

description: Data (it)
DOI: 10.71732/wbjaix/rcogpc
title: SN244_INT_081.docx

description: Data (it)
DOI: 10.71732/wbjaix/fg518o
title: SN244_INT_079.docx

description: Data (it)
DOI: 10.71732/wbjaix/3te04o
title: SN244_INT_085.docx

description: Data (it)
DOI: 10.71732/wbjaix/uetefc
title: SN244_INT_084.docx

description: Data (it)
DOI: 10.71732/wbjaix/gwhb4d
title: SN244_INT_080.docx

description: Data (it)
DOI: 10.71732/wbjaix/55b0wc
title: SN244_INT_114.docx

description: Data (it)
DOI: 10.71732/wbjaix/akzhyx
title: SN244_INT_096.docx

description: Data (it)
DOI: 10.71732/wbjaix/mdf9fj
title: SN244_INT_108.docx

description: Data (it)
DOI: 10.71732/wbjaix/vli6xh
title: SN244_INT_102.docx

description: Data (it)
DOI: 10.71732/wbjaix/1pel8n
title: SN244_INT_107.docx

description: Data (it)
DOI: 10.71732/wbjaix/cwaux9
title: SN244_INT_113.docx

description: Data (it)
DOI: 10.71732/wbjaix/jegblb
title: SN244_INT_111.docx

description: Data (it)
DOI: 10.5281/zenodo.17455582
title: Data for "Quantifying Phage-Host Dynamics using Droplet Microfluidics"

description: This provides all source data and main analysis script used for publication "Quantifying Phage-Host Dynamics using Droplet Microfluidics".  



README.rtf explicits code functionnality and instrutions to follow. 

Example data set shows a very small sample of real data for applying the code. 

All emulsion details.xlsx contains details about all used emulsions

CFU determination.xlsx contains data CFU and OD correlation 

Source data.zip contains:



Droplets scanning information (txt files) 

Microscopy data (nd2 and tif files) 

Fluorescence measurment kinetics (excel sheet)



Codes.zip contains Python scripts for droplets scanning information files analysis.  Different scripts are provided, each adapted to the analysis of a specific emulsion type used in the publication.
DOI: 10.71732/wbjaix/sntag0
title: SN244_INT_094.docx

description: Data (it)
DOI: 10.71732/wbjaix/aotjsw
title: SN244_INT_095.docx

description: Data (it)
DOI: 10.71732/wbjaix/mhnmuo
title: SN244_INT_091.docx

description: Data (it)
DOI: 10.71732/wbjaix/wgrnmx
title: SN244_INT_100.docx

description: Data (it)
DOI: 10.71732/wbjaix/tponjv
title: SN244_INT_103.docx

description: Data (it)
DOI: 10.71732/wbjaix/ytu1yf
title: SN244_INT_115.docx

description: Data (it)
DOI: 10.71732/wbjaix/2m2msx
title: SN244_INT_109.docx

description: Data (it)
DOI: 10.71732/wbjaix/eusxny
title: SN244_INT_105.docx

description: Data (it)
DOI: 10.71732/wbjaix/ggirlb
title: SN244_INT_097.docx

description: Data (it)
DOI: 10.71732/wbjaix/lefr4c
title: SN244_INT_092.docx

description: Data (it)
DOI: 10.11583/dtu.25810348
title: Data for <b>Electrochemical performance and mass transfer properties of dual electrode assemblies for aqueous vanadium redox flow batteries</b>

description: Recognizing the urgent need for further cost reduction to drive wider adoption of redox flow batteries, it is critical to improve the reactor performance, which is a key approach to reducing the stack size and the high capital cost. As one of the main contributors to reactor internal resistance, porous electrodes with properly designed structure and optimized physio-chemical properties offer pathways for reduced voltage losses, including kinetic and concentration overpotentials. Recently, carbon cloth electrodes have been explored in flow battery applications owing to their bimodal pore size distributions, which opens a potential opportunity for improved mass transport behavior. The woven structure of cloth provides flexibility in the electrode designs through variation of the weave pattern, but finding a suitable trade-off between the electrolyte penetration pathways and abundant active surface area is still a challenge. In the present study, we investigate a dual-layer electrode configuration to simultaneously meet the requirements of high active surface area, low mass transfer resistance, and low-pressure drop. A carbon cloth was placed close to the flow plate to serve as an electrolyte distributor to ensure efficient mass transport in a lateral flow-through configuration, while a carbon paper sub-layer was placed near the membrane to provide a high density of reaction sites. Two types of carbon cloth with different weave patterns and fiber bundle dimensions were investigated in combination with the carbon paper. Electrochemical measurements were conducted in a symmetric vanadium flow battery setup to decouple the electrochemical losses and provide an in-depth understanding of the performance gain. Quantitative analysis of contributions from each type of polarization was conducted using both V<sup>2+</sup>/V<sup>3+</sup> and VO<sup>2+</sup>/VO<sub>2</sub><sup>+</sup> redox couples. The Lattice Boltzmann Method was adopted based on the 3-D reconstructed electrode structure to provide insights into the electrolyte distribution and the electrolyte velocity profile within the dual-layer electrode assembly. Besides, we found that a single-layer carbon cloth electrode imprinted its woven pattern on the ion exchange membrane after battery assembly due to the unevenness of the surface. The sub-layer of carbon paper served as a protective layer to avoid excessive stretching and mechanical failure of the membrane and the resulting increase of crossover-induced capacity decay. Overall, the results showed that the investigated strategy effectively achieves high electrochemical performance and a low pressure drop. It can be regarded as a promising approach for high system efficiency while maintaining long-term stability in a flow-through configuration.
DOI: 10.11583/dtu.25810348.v3
title: Data for <b>Electrochemical performance and mass transfer properties of dual electrode assemblies for aqueous vanadium redox flow batteries</b>

description: Recognizing the urgent need for further cost reduction to drive wider adoption of redox flow batteries, it is critical to improve the reactor performance, which is a key approach to reducing the stack size and the high capital cost. As one of the main contributors to reactor internal resistance, porous electrodes with properly designed structure and optimized physio-chemical properties offer pathways for reduced voltage losses, including kinetic and concentration overpotentials. Recently, carbon cloth electrodes have been explored in flow battery applications owing to their bimodal pore size distributions, which opens a potential opportunity for improved mass transport behavior. The woven structure of cloth provides flexibility in the electrode designs through variation of the weave pattern, but finding a suitable trade-off between the electrolyte penetration pathways and abundant active surface area is still a challenge. In the present study, we investigate a dual-layer electrode configuration to simultaneously meet the requirements of high active surface area, low mass transfer resistance, and low-pressure drop. A carbon cloth was placed close to the flow plate to serve as an electrolyte distributor to ensure efficient mass transport in a lateral flow-through configuration, while a carbon paper sub-layer was placed near the membrane to provide a high density of reaction sites. Two types of carbon cloth with different weave patterns and fiber bundle dimensions were investigated in combination with the carbon paper. Electrochemical measurements were conducted in a symmetric vanadium flow battery setup to decouple the electrochemical losses and provide an in-depth understanding of the performance gain. Quantitative analysis of contributions from each type of polarization was conducted using both V<sup>2+</sup>/V<sup>3+</sup> and VO<sup>2+</sup>/VO<sub>2</sub><sup>+</sup> redox couples. The Lattice Boltzmann Method was adopted based on the 3-D reconstructed electrode structure to provide insights into the electrolyte distribution and the electrolyte velocity profile within the dual-layer electrode assembly. Besides, we found that a single-layer carbon cloth electrode imprinted its woven pattern on the ion exchange membrane after battery assembly due to the unevenness of the surface. The sub-layer of carbon paper served as a protective layer to avoid excessive stretching and mechanical failure of the membrane and the resulting increase of crossover-induced capacity decay. Overall, the results showed that the investigated strategy effectively achieves high electrochemical performance and a low pressure drop. It can be regarded as a promising approach for high system efficiency while maintaining long-term stability in a flow-through configuration.
DOI: 10.71732/wbjaix/klysss
title: SN244_INT_099.docx

description: Data (it)
DOI: 10.11583/dtu.25810348.v2
title: Data for <b>Electrochemical Performance and Mass Transfer Properties of Dual Electrode Assemblies for Aqueous Redox Flow Batteries</b>

description: Recognizing the urgent need for further cost reduction to drive wider adoption of redox flow batteries, it is critical to improve the reactor performance, which is a key approach to reducing the stack size and the high capital cost. As one of the main contributors to reactor internal resistance, porous electrodes with properly designed structure and optimized physio-chemical properties offer pathways for reduced voltage losses, including kinetic and concentration overpotentials. Recently, carbon cloth electrodes have been explored in flow battery applications owing to their bimodal pore size distributions, which opens a potential opportunity for improved mass transport behavior. The woven structure of cloth provides flexibility in the electrode designs through variation of the weave pattern, but finding a suitable trade-off between the electrolyte penetration pathways and abundant active surface area is still a challenge. In the present study, we investigate a dual-layer electrode configuration to simultaneously meet the requirements of high active surface area, low mass transfer resistance, and low-pressure drop. A carbon cloth was placed close to the flow plate to serve as an electrolyte distributor to ensure efficient mass transport in a lateral flow-through configuration, while a carbon paper sub-layer was placed near the membrane to provide a high density of reaction sites. Two types of carbon cloth with different weave patterns and fiber bundle dimensions were investigated in combination with the carbon paper. Electrochemical measurements were conducted in a symmetric vanadium flow battery setup to decouple the electrochemical losses and provide an in-depth understanding of the performance gain. Quantitative analysis of contributions from each type of polarization was conducted using both V<sup>2+</sup>/V<sup>3+</sup> and VO<sup>2+</sup>/VO<sub>2</sub><sup>+</sup> redox couples. The Lattice Boltzmann Method was adopted based on the 3-D reconstructed electrode structure to provide insights into the electrolyte distribution and the electrolyte velocity profile within the dual-layer electrode assembly. Besides, we found that a single-layer carbon cloth electrode imprinted its woven pattern on the ion exchange membrane after battery assembly due to the unevenness of the surface. The sub-layer of carbon paper served as a protective layer to avoid excessive stretching and mechanical failure of the membrane and the resulting increase of crossover-induced capacity decay. Overall, the results showed that the investigated strategy effectively achieves high electrochemical performance and a low pressure drop. It can be regarded as a promising approach for high system efficiency while maintaining long-term stability in a flow-through configuration.
DOI: 10.71732/wbjaix/k7sgzu
title: SN244_INT_106.docx

description: Data (it)
DOI: 10.71732/wbjaix/tsnufz
title: SN244_INT_104.docx

description: Data (it)
DOI: 10.15468/dl.jjk34m
title: Occurrence Download

description: A dataset containing 180 species occurrences available in GBIF matching the query:
{
 "and" : [
 "DatasetKey is FLOTROP, a massive contribution to plant diversity data for open ecosystems in Tropical Africa.",
 "TaxonKey is Tamarix senegalensis"
 ]
}

 The dataset includes 180 records from 1 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0002696-251025141854904/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.71732/wbjaix/minqg3
title: SN244_N_ita.pdf

description: Archival notes (it)
DOI: 10.71732/wbjaix/weoskj
title: SN244_T_ita.pdf

description: Interview scheme (it)
DOI: 10.71732/wbjaix/dexw8m
title: SN244_DL_ita.pdf

description: Datalist (it)
DOI: 10.71732/wbjaix/alskv3
title: SN244_NM_ita.pdf

description: Methodological notes (it)
DOI: 10.48544/f365281a-0609-4cbd-81eb-0bc286d664a1
title: ZPO eindevaluatie: onderzoeksrapport naar de waarde toevoeging van de Zeeuwse Praktijkroute Ouderenzorg
DOI: 10.71732/wbjaix
title: Italian Lives - ITA.LI: indagine qualitativa (2020-2021)

description: This study published by DASSI was previously archived at UniData - Bicocca Data Archive. Italian Lives (ITA.LI) is a quantitative and qualitative longitudinal survey carried out by the Department of Sociology and Social Research of the University of Milan-Bicocca. The survey is aimed at building a database on social change in Italy offering high-quality data to researchers working in several disciplinary fields. The longitudinal qualitative survey was carried out in 3 waves at regular intervals between October 2019 and July 2022. In total, 306 semi-narrative interviews were carried out with young people aged between 22 and 29, resident in Italy. The work aimed to contribute to the study of the life trajectories of young women and men who face the transition to adulthood, with the aim of investigating the multiple meanings of being young in Italy today. The thematic areas investigated were:     education   relationships (family, friendship, sentimental)   parenting   work   mobility (geographical and social)   use of social media and technology   relationship with politics and religion   well-being and covid-19. The second wave, conducted from November 1, 2020 to June 30, 2021, collected 103 interviews. More information can be found on the Italian Lives project website, available here.
DOI: 10.15468/dl.6ubuz9
title: Occurrence Download

description: A dataset containing 36 species occurrences available in GBIF matching the query:
{
 "DatasetKey" : [
 "is one of (Description of two new species in the Ixodes ricinus complex from the New World (Acari: Ixodidae), and redescription of Ixodes affinis Neumann, 1899)"
 ]
}

 The dataset includes 36 records from 1 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0002697-251025141854904/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.