cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.25387/g3.12568265.v1
title: Supplemental Material for Mishra et al., 2020

description: <b>Supplementary Figure S1 </b>shows the reversion analysis by the excision of <i>P</i>-elements from mutant alleles of <i>DCP2</i>. <b>Supplementary Figure S2 </b>shows the morphological defects exhibited by escapees of adult fly trans-heterozygous for <i>P{GT1}DCP2<sup>BG01766</sup>/l(3)tb</i>. <b>Supplementary Figure S3</b> shows the defects in compound eyes of the escapees having heterozygous genetic background of the mutant <i>l(3)tb </i>with lethal <i>P-</i>insertion allele <i>DCP2<sup>BG01766</sup></i>. <b>Supplementary Figure S4</b> shows the tumorous phenotype observed in larval brain and wing imaginal discs in trans-heterozygotes <i>l(3)tb /PBac{RB}DCP2<sup>e00034</sup></i> and <i>l(3)tb<sup> </sup>/P{GT1}DCP2<sup>BG01766</sup></i> similar to homozygous <i>l(3)tb</i> mutants. <b>Supplementary Figure S5</b> shows the results of screening of <i>DCP2</i> in the <i>l(3)tb </i>mutants, using overlapping primers. <b>Supplementary Figure S6 </b>shows the<b> </b>schematic representation of the convergent bidirectional primer walking adopted for sequencing and alignment of the large amplicon obtained at the candidate region in <i>DCP2<sup>l(3)tb</sup></i> homozygotes and the reads obtained on sequencing with each of the four primers. <b>Supplementary Figure S7 </b>shows<b> </b>that the effects of ubiquitous knockdown of <i>Diablo </i>does not lead to any developmental anomaly and does not affect survival of the driven progeny. <b>Supplementary Table S1 </b>depicts the complementation status of <i>l(3)tb</i> with cytologically mapped deletion lines. <b>Supplementary Table S2 </b>shows the complementation analysis of <i>l(3)tb </i>with lethal transposon insertion lines.<b></b> <b>Supplementary Table S3 </b>lists the primers used for characterizing deletion in <i>Df(3L)RM95</i>. <b>Supplementary Table S4 </b>shows the overlapping set of primers for <i>DCP2</i> and thermal cycler conditions of annealing temperature and extension time for each primer pair to amplify the genomic region of <i>DCP2</i> gene in the homozygous <i>l(3)tb</i> mutant. <b>Supplementary Table S5 </b>lists the overlapping set of primers to amplify the genomic region in <i>DCP2</i> gene for the region covered by the DCP2_P19 set of primers in the homozygous <i>l(3)tb</i> mutant. <b>Supplementary Table S6 </b>lists the overlapping set of primers and thermal cycling conditions used to amplify the complete 5’UTR of genomic region in <i>DCP2</i> gene in the homozygous <i>l(3)tb</i> mutant. <br>
DOI: 10.25387/g3.12568265
title: Supplemental Material for Mishra et al., 2020

description: <b>Supplementary Figure S1 </b>shows the reversion analysis by the excision of <i>P</i>-elements from mutant alleles of <i>DCP2</i>. <b>Supplementary Figure S2 </b>shows the morphological defects exhibited by escapees of adult fly trans-heterozygous for <i>P{GT1}DCP2<sup>BG01766</sup>/l(3)tb</i>. <b>Supplementary Figure S3</b> shows the defects in compound eyes of the escapees having heterozygous genetic background of the mutant <i>l(3)tb </i>with lethal <i>P-</i>insertion allele <i>DCP2<sup>BG01766</sup></i>. <b>Supplementary Figure S4</b> shows the tumorous phenotype observed in larval brain and wing imaginal discs in trans-heterozygotes <i>l(3)tb /PBac{RB}DCP2<sup>e00034</sup></i> and <i>l(3)tb<sup> </sup>/P{GT1}DCP2<sup>BG01766</sup></i> similar to homozygous <i>l(3)tb</i> mutants. <b>Supplementary Figure S5</b> shows the results of screening of <i>DCP2</i> in the <i>l(3)tb </i>mutants, using overlapping primers. <b>Supplementary Figure S6 </b>shows the<b> </b>schematic representation of the convergent bidirectional primer walking adopted for sequencing and alignment of the large amplicon obtained at the candidate region in <i>DCP2<sup>l(3)tb</sup></i> homozygotes and the reads obtained on sequencing with each of the four primers. <b>Supplementary Figure S7 </b>shows<b> </b>that the effects of ubiquitous knockdown of <i>Diablo </i>does not lead to any developmental anomaly and does not affect survival of the driven progeny. <b>Supplementary Table S1 </b>depicts the complementation status of <i>l(3)tb</i> with cytologically mapped deletion lines. <b>Supplementary Table S2 </b>shows the complementation analysis of <i>l(3)tb </i>with lethal transposon insertion lines.<b></b> <b>Supplementary Table S3 </b>lists the primers used for characterizing deletion in <i>Df(3L)RM95</i>. <b>Supplementary Table S4 </b>shows the overlapping set of primers for <i>DCP2</i> and thermal cycler conditions of annealing temperature and extension time for each primer pair to amplify the genomic region of <i>DCP2</i> gene in the homozygous <i>l(3)tb</i> mutant. <b>Supplementary Table S5 </b>lists the overlapping set of primers to amplify the genomic region in <i>DCP2</i> gene for the region covered by the DCP2_P19 set of primers in the homozygous <i>l(3)tb</i> mutant. <b>Supplementary Table S6 </b>lists the overlapping set of primers and thermal cycling conditions used to amplify the complete 5’UTR of genomic region in <i>DCP2</i> gene in the homozygous <i>l(3)tb</i> mutant. <br>
DOI: 10.21227/5bxa-3t92
title: Validation of a Velostat-Based Pressure Sensitive Mat for Center of Pressure Measurements. Dataset.

description: This dataset presents the measurements corresponding to the article "Validation of a Velostat-Based Pressure Sensitive Mat for Center of Pressure Measurements". You will find the data corresponding to an affordable commercial mat, a Velostat-based mat prototype, and a commercial force platform. The results obtained in the above-mentioned article can be reproduced with them. In the article there is a set of experiments involving people standing on these platforms simultaneously and the center-of-pressure (CoP) path was analyzed by extracting standard deviation along the axes and mean radius.In this dataset you can find the CoP displacement obtained by the software of the force platform, which are along with the measurements extracted from the commercial mat software, the raw data of the Velostat-Based prototype, and the post-processed data from the Velostat-Based prototype. The scripts section also includes the code to extract the CoP from the mat pressure maps, the post-processing of the prototype pressure maps, the computation of the standard deviation along the axes and mean radius. Besides, it prints on the screen a table with the summary of this computation.
DOI: 10.25387/g3.12403448
title: Supplemental Material for Tyrmi et al., 2020

description: Figure S1 contains p-value distributions for linear regression analysis. Figure S2 contains cross-validation results for conStruct analysis. Figure S3 contains scree plot for pcadapt analysis. Figure S4 contains p-value distribution for pcadapt analysis. Figure S5 contains between-population covariance visualizations for conStruct analysis. Figure S6, S7 and S8 contain boxplot representation for between population F<sub>ST, </sub>d<sub>XY</sub> and pairwise within population p for the peculiar haplotype pattern region and for permuted datasets. Table S1 lists interesting outliers for linear regression analysis. Table S2 shows pairwise F<sub>ST</sub>-values for all population pairs with the putative inversion removed. File S1 contains the final 60,000 bait set sequences in fasta format. File S2 contains additional method description for filtering paralogous variants. File S3 contains SNP-data in vcf-format used in the analysis of this publication. Custom script used in calculating p is provided in File S4.
DOI: 10.25387/g3.12403448.v2
title: Supplemental Material for Tyrmi et al., 2020

description: Figure S1 contains p-value distributions for linear regression analysis. Figure S2 contains cross-validation results for conStruct analysis. Figure S3 contains scree plot for pcadapt analysis. Figure S4 contains p-value distribution for pcadapt analysis. Figure S5 contains between-population covariance visualizations for conStruct analysis. Figure S6, S7 and S8 contain boxplot representation for between population F<sub>ST, </sub>d<sub>XY</sub> and pairwise within population p for the peculiar haplotype pattern region and for permuted datasets. Table S1 lists interesting outliers for linear regression analysis. Table S2 shows pairwise F<sub>ST</sub>-values for all population pairs with the putative inversion removed. File S1 contains the final 60,000 bait set sequences in fasta format. File S2 contains additional method description for filtering paralogous variants. File S3 contains SNP-data in vcf-format used in the analysis of this publication. Custom script used in calculating p is provided in File S4.
DOI: 10.25387/g3.12403448.v1
title: Supplemental Material for Tyrmi et al., 2020

description: Figure S1 contains p-value distributions for linear regression analysis. Figure S2 contains cross-validation results for conStruct analysis. Figure S3 contains scree plot for pcadapt analysis. Figure S4 contains p-value distribution for pcadapt analysis. Figure S5 contains between-population covariance visualizations for conStruct analysis. Figure S6, S7 and S8 contain boxplot representation for between population F<sub>ST, </sub>d<sub>XY</sub> and pairwise within population p for the peculiar haplotype pattern region and for permuted datasets. Table S1 lists interesting outliers for linear regression analysis. Table S2 shows pairwise F<sub>ST</sub>-values for all population pairs with the putative inversion removed. File S1 contains additional method description for filtering paralogous variants. File S2 contains SNP-data in vcf-format used in the analysis of this publication. Custom script used in calculating p is provided in File S3.
DOI: 10.5281/zenodo.3909676
title: Prova

description: Test zenodo
DOI: 10.5281/zenodo.3909675
title: Prova

description: Test zenodo
DOI: 10.7910/dvn/rqsej8/30hcoz
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title: cr1730.fits

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title: cr0936.fits

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title: cr1185.fits

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title: cr1541.fits

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title: cr1693.fits

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title: cr1726.fits

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title: cr1411.fits

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title: cr0902.fits

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title: cr1666.fits

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title: cr1303.fits

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title: cr1028.fits

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DOI: 10.7910/dvn/rqsej8/azgpja
title: cr1646.fits

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DOI: 10.7910/dvn/rqsej8/ovxiex
title: cr1392.fits

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DOI: 10.7910/dvn/rqsej8/izmc5a
title: cr1350.fits

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DOI: 10.7910/dvn/rqsej8/2ewjnm
title: cr1395.fits

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DOI: 10.5281/zenodo.3909706
title: Respostas do Survey (RAIDE)

description: Este documento apresenta as respostas dos participantes do Questionário Preliminar e do Questionário de Feedback utilizado na avaliação empírica do RAIDE.
DOI: 10.5281/zenodo.3909705
title: Respostas do Survey (RAIDE)

description: Este documento apresenta as respostas dos participantes do Questionário Preliminar e do Questionário de Feedback utilizado na avaliação empírica do RAIDE.
DOI: 10.23708/d8fem3
title: A systematic review meta-analysis of dietary behaviours in two African countries: data synthesis

description: We undertook a systematic review and meta-analyses to synthesise evidence of urban dietary behaviours (macronutrients, types of foods consumed, dietary diversity and dietary practices) in two African countries (Ghana and Kenya) in relation to postulated changes in the context of nutrition transition. The study protocol is registered at PROSPERO CRD42017067718. We include data on dietary behaviours extracted from the 47 included studies that encompass 20,726 individuals and 6,526 households.
DOI: 10.18112/openneuro.ds002942.v1.0.0
title: _test_julien
DOI: 10.5281/zenodo.10057425
title: VAMDC extraction with identifier = 46864bca-496c-435e-8146-c74e4eef8295

description: This is a dataset extracted from https://cdms.astro.uni-koeln.de/cdms/tap/ VAMDC node.
Query originating this dataset: query=select species where ( moleculestoichiometricformula in ['co'] ); 
 Data source version: 2019-11-27
Data format: XSAMS 12.07
Query uuid in VAMDC query store: 46864bca-496c-435e-8146-c74e4eef8295
DOI: 10.5281/zenodo.10057424
title: VAMDC extraction with identifier = 46864bca-496c-435e-8146-c74e4eef8295

description: This is a dataset extracted from https://cdms.astro.uni-koeln.de/cdms/tap/ VAMDC node.
Query originating this dataset: query=select species where ( moleculestoichiometricformula in ['co'] ); 
 Data source version: 2019-11-27
Data format: XSAMS 12.07
Query uuid in VAMDC query store: 46864bca-496c-435e-8146-c74e4eef8295
DOI: 10.5519/qd.qh5jcb4n
title: Query on the Natural History Museum Data Portal (data.nhm.ac.uk) (125 records)
DOI: 10.5281/zenodo.10057384
title: Krishnan_Lab_Dnd_Dataset

description: Supplementary dataset.
DOI: 10.5281/zenodo.10057383
title: Krishnan_Lab_Dnd_Dataset

description: Supplementary dataset.
DOI: 10.5281/zenodo.10057454
title: SMART WATER RESOURCES WISE USE OF WATER RESOURCES
DOI: 10.5281/zenodo.10057453
title: SMART WATER RESOURCES WISE USE OF WATER RESOURCES
DOI: 10.5281/zenodo.10057473
title: IMPROVING THE MECHANISM OF WISE USE OF WATER RESOURCES IN THE REGION
DOI: 10.5281/zenodo.10057472
title: IMPROVING THE MECHANISM OF WISE USE OF WATER RESOURCES IN THE REGION
DOI: 10.5281/zenodo.10057489
title: IMPROVING THE MECHANISM OF INCREASING THE SYNERGIC EFFICIENCY OF THE USE OF LAND AND WATER RESOURCES IN AGRICULTURE
DOI: 10.5281/zenodo.10057490
title: IMPROVING THE MECHANISM OF INCREASING THE SYNERGIC EFFICIENCY OF THE USE OF LAND AND WATER RESOURCES IN AGRICULTURE
DOI: 10.6084/m9.figshare.23763441.v3
title: Supplemental Tables of "Runx1 is upregulated by STAT3 and promotes proliferation of neonatal rat cardiomyocytes."

description: Supplemental Table S1. Antibodies used for immunoblot analyses in the present study.Supplemental Table S2. siRNA used in the present study.Supplemental Table S3. Antibodies used for immunofluorescence microscopic analyses in the present study.Supplemental Table S4. The fold change, <i>P</i>-value, and <i>q</i>-value of differently expressed cardiac fetal genes.Supplemental Table S5. The fold change, <i>P</i>-value, and <i>q</i>-value of differently expressed genes associated with fatty acid oxidation or electron transport system.Supplemental Table S6. The fold change, <i>P</i>-value, and <i>q</i>-value of differently expressed dedifferentiation marker genes.
DOI: 10.6084/m9.figshare.23763441
title: Supplemental Tables of "Runx1 is upregulated by STAT3 and promotes proliferation of neonatal rat cardiomyocytes."

description: Supplemental Table S1. Antibodies used for immunoblot analyses in the present study.Supplemental Table S2. siRNA used in the present study.Supplemental Table S3. Antibodies used for immunofluorescence microscopic analyses in the present study.Supplemental Table S4. The fold change, <i>P</i>-value, and <i>q</i>-value of differently expressed cardiac fetal genes.Supplemental Table S5. The fold change, <i>P</i>-value, and <i>q</i>-value of differently expressed genes associated with fatty acid oxidation or electron transport system.Supplemental Table S6. The fold change, <i>P</i>-value, and <i>q</i>-value of differently expressed dedifferentiation marker genes.
DOI: 10.6084/m9.figshare.23763441.v2
title: Runx1 is upregulated by Stat3 and promotes proliferation of neonatal rat cardiomyocytes.

description: Supplemental Table S1. Antibodies used in the present study. Supplemental Table S2. siRNA used in the present study. <br> Supplemental Table S3. Antibodies used in the present study. <br> Supplemental Table S4. The fold change and <em>P</em>-value of differently expressed cardiac fetal genes. <br> Supplemental Table S5. The fold change and <em>P</em>-value of differently expressed genes associated with fatty acid oxidation or electron transport system. <br> Supplemental Table S6. The fold change and <em>P</em>-value of differently expressed dedifferentiation marker genes.