cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.9784862.v1
title: Small protein–protein interfaces rich in electrostatic are often linked to regulatory function

description: Protein–protein interaction (PPI) is critical for several biological functions in living cells through the formation of an interface. Therefore, it is of interest to characterize protein–protein interfaces using an updated non-redundant structural dataset of 2557 homo (identical subunits) and 393 hetero (different subunits) dimer protein complexes determined by X-ray crystallography. We analyzed the interfaces using van der Waals (vdW), hydrogen bonding and electrostatic energies. Results show that on average homo and hetero interfaces are similar. Hence, we further grouped the 2950 interfaces based on percentage vdW to total energies into dominant (≥60%) and sub-dominant (&lt;60%) vdW interfaces. Majority (92%) of interfaces have dominant vdW energy with large interface size (146 ± 87 (homo) and 137 ± 76 (hetero) residues) and interface area (1622 ± 1135 Å<sup>2</sup> (homo) and 1579 ± 1060 Å<sup>2</sup> (hetero)). However, a proportion (8%) of interfaces have sub-dominant vdW energy with small interface size (85 ± 46 (homo) and 88 ± 36 (hetero) residues) and interface area (823 ± 538 Å<sup>2</sup> (homo) and 881 ± 377 Å<sup>2</sup> (hetero)). It is found that large interfaces have two-fold more interface area and interface size than small interfaces with increasing hydrogen bonding energy to interface size. However, small interfaces have three-fold more electrostatics energy than large interfaces with increasing electrostatics to interface size. Thus, 8% of complexes having small interfaces with limited interface area and sub-dominant vdW energy are rich in electrostatics. It is interesting to observe that complexes having small interfaces are often associated with regulatory function. Hence, the observed structural features with known molecular function provide insights for the better understanding of PPI. Communicated by Ramaswamy H. Sarma
DOI: 10.6084/m9.figshare.9784775
title: TIRADS JES supplementary data

description: Supplementary data for JES article on TIRADS; an illustration of the performance of the test and the financial costs.
DOI: 10.6084/m9.figshare.9784775.v1
title: TIRADS JES supplementary data

description: Supplementary data for JES article on TIRADS; an illustration of the performance of the test and the financial costs.
DOI: 10.6084/m9.figshare.9784754
title: Supplemental data Table S1.pdf

description: Supplemental data Table S1
DOI: 10.6084/m9.figshare.9784754.v1
title: Supplemental data Table S1.pdf

description: Supplemental data Table S1
DOI: 10.6084/m9.figshare.9784700
title: Embryo11_Dataset

description: The dataset contains the following files:1) The Z-projection of the time-lapse 4D recording of Embryo11, a .tif file (15.4 MB)<br>2) The time-lapse 4D movie of Embryo11, a .tif file (1.7 GB)<br>3) The Tracking file (.txt) of Embryo11 (1.2 MB)<br>4) The lineage trees (.svg) files (55 files, up to 50 kB)
DOI: 10.6084/m9.figshare.9784643
title: Online Survey

description: Online survey of 1,623 randomly selected participants from Boise State University community in CSV format. Each row shows responses of one participants, and each group of columns represents binary responses to one question. Questions are designed to understand human perception of and response to wildfire smoke.
DOI: 10.6084/m9.figshare.9784580
title: Ecology of the Grey Falcon <i>Falco hypoleucos</i> – current and required knowledge

description: Australia’s endemic Grey Falcon is an iconic but elusive bird of the arid interior. Whilst reviews of its ecology and status are more than 25 years old, new targeted studies include a population size estimate that is considerably lower (&lt;1,000 individuals) than the one previously advanced (&lt;5,000 individuals). According to this revised estimate, the Grey Falcon’s national conservation status should be considered to be ‘Vulnerable’, but the species is not declared threatened under Australian national legislation. A ‘threatened’ listing could, however, be expected if support for the lower population size estimate becomes available. A prerequisite for investigations aiming to test that estimate, and to determine what may threaten the future of this species, is a more comprehensive understanding of the species’ ecology. Our analysis of the relevant literature on the species’ ecology shows that the Grey Falcon is unique among its congeners in persisting exclusively in a hot arid/semi-arid environment, and in its strong dietary restriction. Further, young Grey Falcons may live in the close company of their parents up to a year after fledging, and this would be unique among raptors of that size if correct. Finally, the species’ environment is characterised by extreme, unpredictable climatic events, and understanding how these birds interact with these environmental features is key to assessing their possible responses to climate change.
DOI: 10.6084/m9.figshare.9784643.v1
title: Online Survey

description: Online survey of 1,623 randomly selected participants from Boise State University community in CSV format. Each row shows responses of one participants, and each group of columns represents binary responses to one question. Questions are designed to understand human perception of and response to wildfire smoke.
DOI: 10.6084/m9.figshare.9784559
title: Chatham Schist

description: New structural, petrographic, whole rock chemical and mineral chemical data from the Chatham Schist, the easternmost part of the Haast Schist, are presented. In combination with existing geochronological data, these bring knowledge of the basic geological framework of the Chatham Schist to the same standard as the rest of the Haast Schist. Chatham Schist is dominated by greyschist whose protoliths are correlated with the Permian-Triassic Rakaia Terrane of the Torlesse Composite Terrane. Graded bedding can be recognised in a few places in the northern Chatham Schist, but no fossils have been found. Metamorphic grade on Chatham Island is pumpellyite-actinolite facies and textural grade varies from TZ2A-3. Transitional greenschist-amphibolite facies, garnet-biotite zone Chatham Schist has been sampled in a xenolith from a Pliocene volcano and in a Southeast Chatham Terrace dredge. The age of Chatham Schist prograde metamorphism is Middle to Late Jurassic. At least two phases of penetrative deformation, and a third, brittle faulting phase, are recognised. Chatham Schist was rapidly exhumed in the late Early Cretaceous, possibly as a result of collision of the Hikurangi Plateau against the Gondwana supercontinent. Detrital garnets and spinels now found on Chatham Islands beaches were not sourced from Chatham Schist.
DOI: 10.6084/m9.figshare.9784568
title: DRP data.xlsx

description: Students' attitude and grade data
DOI: 10.6084/m9.figshare.9784580.v1
title: Ecology of the Grey Falcon <i>Falco hypoleucos</i> – current and required knowledge

description: Australia’s endemic Grey Falcon is an iconic but elusive bird of the arid interior. Whilst reviews of its ecology and status are more than 25 years old, new targeted studies include a population size estimate that is considerably lower (&lt;1,000 individuals) than the one previously advanced (&lt;5,000 individuals). According to this revised estimate, the Grey Falcon’s national conservation status should be considered to be ‘Vulnerable’, but the species is not declared threatened under Australian national legislation. A ‘threatened’ listing could, however, be expected if support for the lower population size estimate becomes available. A prerequisite for investigations aiming to test that estimate, and to determine what may threaten the future of this species, is a more comprehensive understanding of the species’ ecology. Our analysis of the relevant literature on the species’ ecology shows that the Grey Falcon is unique among its congeners in persisting exclusively in a hot arid/semi-arid environment, and in its strong dietary restriction. Further, young Grey Falcons may live in the close company of their parents up to a year after fledging, and this would be unique among raptors of that size if correct. Finally, the species’ environment is characterised by extreme, unpredictable climatic events, and understanding how these birds interact with these environmental features is key to assessing their possible responses to climate change.
DOI: 10.6084/m9.figshare.9784559.v1
title: Chatham Schist

description: New structural, petrographic, whole rock chemical and mineral chemical data from the Chatham Schist, the easternmost part of the Haast Schist, are presented. In combination with existing geochronological data, these bring knowledge of the basic geological framework of the Chatham Schist to the same standard as the rest of the Haast Schist. Chatham Schist is dominated by greyschist whose protoliths are correlated with the Permian-Triassic Rakaia Terrane of the Torlesse Composite Terrane. Graded bedding can be recognised in a few places in the northern Chatham Schist, but no fossils have been found. Metamorphic grade on Chatham Island is pumpellyite-actinolite facies and textural grade varies from TZ2A-3. Transitional greenschist-amphibolite facies, garnet-biotite zone Chatham Schist has been sampled in a xenolith from a Pliocene volcano and in a Southeast Chatham Terrace dredge. The age of Chatham Schist prograde metamorphism is Middle to Late Jurassic. At least two phases of penetrative deformation, and a third, brittle faulting phase, are recognised. Chatham Schist was rapidly exhumed in the late Early Cretaceous, possibly as a result of collision of the Hikurangi Plateau against the Gondwana supercontinent. Detrital garnets and spinels now found on Chatham Islands beaches were not sourced from Chatham Schist.
DOI: 10.6084/m9.figshare.9784568.v1
title: DRP data.xlsx

description: Students' attitude and grade data
DOI: 10.6084/m9.figshare.9784520
title: Embryo10_Dataset

description: The dataset contains the following files:1) The Z-projection of the time-lapse 4D recording of Embryo10, a .tif file (21 MB)<br>2) The time-lapse 4D movie of Embryo10, a .tif file (2.1 GB)<br>3) The Tracking file (.txt) of Embryo10 (1 MB)<br>4) The lineage trees (.svg) files (61 files, up to 50 kB)<br><br>
DOI: 10.6084/m9.figshare.9784508
title: Embryo3_Dataset

description: The dataset contains the following files:1) The Z-projection of the time-lapse 4D recording of Embryo3, a .tif file (13 MB)<br>2) The time-lapse 4D movie of Embryo3, a .tif file (1.14 GB)<br>3) The Tracking file (.txt) of Embryo3 (670 kB)<br>4) The lineage trees (.svg) files (85 files, up to 50 kB)<br><br>
DOI: 10.6084/m9.figshare.9784520.v1
title: Embryo10_Dataset

description: The dataset contains the following files:1) The Z-projection of the time-lapse 4D recording of Embryo10, a .tif file (21 MB)<br>2) The time-lapse 4D movie of Embryo10, a .tif file (2.1 GB)<br>3) The Tracking file (.txt) of Embryo10 (1 MB)<br>4) The lineage trees (.svg) files (61 files, up to 50 kB)<br><br>
DOI: 10.6084/m9.figshare.9784496
title: Lock Gene Array_Supplemental Files

description: Significantly differentially expressed gene lists and gene enrichment/ontology output files
DOI: 10.6084/m9.figshare.9784502
title: Embryo1_Dataset

description: The dataset contains the following files:1) The Z-projection of the time-lapse recording of Embryo1, a .tif file (29 MB)<br>2) The Tracking file (.txt) of Embryo1 (353 kB)<br>3) The lineage trees (.svg) files (8 files, up to 50 kB)
DOI: 10.6084/m9.figshare.9784493
title: S5_raw_images

description: uncropped Western Blots<br>
DOI: 10.6084/m9.figshare.9784496.v1
title: Lock Gene Array_Supplemental Files

description: Significantly differentially expressed gene lists and gene enrichment/ontology output files
DOI: 10.6084/m9.figshare.9784493.v1
title: S5_raw_images

description: uncropped Western Blots<br>
DOI: 10.6084/m9.figshare.9784502.v1
title: Embryo1_Dataset

description: The dataset contains the following files:1) The Z-projection of the time-lapse recording of Embryo1, a .tif file (29 MB)<br>2) The Tracking file (.txt) of Embryo1 (353 kB)<br>3) The lineage trees (.svg) files (8 files, up to 50 kB)
DOI: 10.6084/m9.figshare.9784505
title: Embryo2_Dataset

description: The dataset contains the following files:1) The Z-projection of the time-lapse 4D recording of Embryo 2, a .tif file (1.5 MB)<br>2) The time-lapse 4D movie of Embryo2, a .tif file (42 MB)<br>3) The Tracking file (.txt) of Embryo 2 (69 kB)<br>4) The lineage trees (.svg) files (38 files, up to 10 kB)<br><br>
DOI: 10.6084/m9.figshare.9784505.v2
title: Embryo2_Dataset

description: The dataset contains the following files:1) The Z-projection of the time-lapse 4D recording of Embryo 2, a .tif file (1.5 MB)<br>2) The time-lapse 4D movie of Embryo2, a .tif file (42 MB)<br>3) The Tracking file (.txt) of Embryo 2 (69 kB)<br>4) The lineage trees (.svg) files (38 files, up to 10 kB)<br><br>
DOI: 10.6084/m9.figshare.9784391
title: Tips från tidigare studenter

description: Poster: a description of the project Tips från tidigare studenterRaw data: retrieved from a questionnaire in 2019.<br>Informants: a group of students at Stockholm University. Subject: education
DOI: 10.6084/m9.figshare.9784391.v1
title: Tips från tidigare studenter

description: Poster: a description of the project Tips från tidigare studenterRaw data: retrieved from a questionnaire in 2019.<br>Informants: a group of students at Stockholm University. Subject: education
DOI: 10.6084/m9.figshare.9784346
title: Spraying 6-BA could alleviate the harmful impacts of waterlogging on dry matter accumulation and grain yield of wheat

description: <b>Fig. 1. </b>Rainfall in 10-days of each month during the whole wheat season at Jingzhou weather station from 1983 to 2012. (Values of each month is the means from 1983 to 2012) <b>Fig. 2. </b>Monthly average temperature and total rainfall during wheat growing seasons at experimental station from 2011 to 2013. <b>Fig. 3.</b> The effect of different treatments on the aboveground biomass production at maturity.<b></b> <b>Fig. 4. </b>The effect of different treatments on photosynthetic rate of flag leaf after booting stage. <b>Fig. 5.</b> The effect of different treatments on MDA content in flag leaf (a, c) and the third leaf (b,d) at 25 DAA (2011-2012 and 2012-2013). <b>Fig. 6. </b>The effect of different treatments on the root activities at 0-20 cm soil layers after booting stage.<b>Table 1.</b> Wheat major growth stages in the two growing seasons. Dates are mean values of treatments.<b>Table 2.</b> Effect of different treatments on grain yield, kernel number per spike and 1000 kernel weight.
DOI: 10.6084/m9.figshare.9784370.v1
title: China national CO2 emission inventory (sectoral approach), 2016-2017

description: The dataset provides China national CO2 emission inventory (sectoral approach) from 2016-2017.The emissions include CO2 from fossil fuel combustion and cement process.
DOI: 10.6084/m9.figshare.9784346.v1
title: Spraying 6-BA could alleviate the harmful impacts of waterlogging on dry matter accumulation and grain yield of wheat

description: <b>Fig. 1. </b>Rainfall in 10-days of each month during the whole wheat season at Jingzhou weather station from 1983 to 2012. (Values of each month is the means from 1983 to 2012) <b>Fig. 2. </b>Monthly average temperature and total rainfall during wheat growing seasons at experimental station from 2011 to 2013. <b>Fig. 3.</b> The effect of different treatments on the aboveground biomass production at maturity.<b></b> <b>Fig. 4. </b>The effect of different treatments on photosynthetic rate of flag leaf after booting stage. <b>Fig. 5.</b> The effect of different treatments on MDA content in flag leaf (a, c) and the third leaf (b,d) at 25 DAA (2011-2012 and 2012-2013). <b>Fig. 6. </b>The effect of different treatments on the root activities at 0-20 cm soil layers after booting stage.<b>Table 1.</b> Wheat major growth stages in the two growing seasons. Dates are mean values of treatments.<b>Table 2.</b> Effect of different treatments on grain yield, kernel number per spike and 1000 kernel weight.
DOI: 10.6084/m9.figshare.9784325
title: 20110117_pnas_grape_rawdat.zip

description: Raw data files generated from the custom Illumina Vitis9KSNP array by Myles et al. (2010, 2011). <br>The genotype information from the Vitis9KSNP array are in PLINK format.<br>
DOI: 10.6084/m9.figshare.9784328
title: Maass_Schuettrumpf_turbidity_SSC_data_Wurm River_confidential.xlsx

description: The data includes turbidity data and suspended sediment concentrations measured between November 2016 and November 2018 at the Wurm River in Germany. <br>
DOI: 10.6084/m9.figshare.9784328.v1
title: Maass_Schuettrumpf_turbidity_SSC_data_Wurm River_confidential.xlsx

description: The data includes turbidity data and suspended sediment concentrations measured between November 2016 and November 2018 at the Wurm River in Germany. <br>
DOI: 10.6084/m9.figshare.9784226
title: Biodiversity-Shape Analysis and data files updated 8 September 2019

description: Annotated R markdown file and associated data for analysis supporting the manuscript, "Measuring the shape of the biodiversity-disease relationship across systems reveals new findings and key gaps" updated 16 July 2019
DOI: 10.6084/m9.figshare.9784199
title: Mapping Blockchain Applications- A Typology for Digital Marketing Data Set- Mikhail Schembri

description: This is a dataset of existing and emerging blockchain applications surveyed in September 2019, used as the basis for the paper 'Making Sense of Blockchain Applications: A Typology for Digital Advertising' which will be published by Mikhail Schembri in 2019.<br>
DOI: 10.6084/m9.figshare.9784226.v1
title: Biodiversity-Shape Analysis and data files updated 8 September 2019

description: Annotated R markdown file and associated data for analysis supporting the manuscript, "Measuring the shape of the biodiversity-disease relationship across systems reveals new findings and key gaps" updated 16 July 2019
DOI: 10.6084/m9.figshare.9784199.v1
title: Mapping Blockchain Applications- A Typology for Digital Marketing Data Set- Mikhail Schembri

description: This is a dataset of existing and emerging blockchain applications surveyed in September 2019, used as the basis for the paper 'Making Sense of Blockchain Applications: A Typology for Digital Advertising' which will be published by Mikhail Schembri in 2019.<br>
DOI: 10.6084/m9.figshare.9784085
title: Data from No change in Atlantic Yellow-nosed Albatross (Thalassarche chlororhynchos) egg size over 160 years

description: Data from "No change in Atlantic Yellow-nosed Albatross (<i>Thalassarche chlororhynchos</i>) egg size over 160 years".
DOI: 10.6084/m9.figshare.9784088
title: binder-examples/requirements

description: Copy of https://github.com/binder-examples/requirements<br>
DOI: 10.6084/m9.figshare.9784085.v1
title: Data from No change in Atlantic Yellow-nosed Albatross (Thalassarche chlororhynchos) egg size over 160 years

description: Data from "No change in Atlantic Yellow-nosed Albatross (<i>Thalassarche chlororhynchos</i>) egg size over 160 years".
DOI: 10.6084/m9.figshare.9784064
title: original data

description: the original data during constructing three lactose-consuming strains. in addition, the relationship between trehalose and tolerance was studied.
DOI: 10.6084/m9.figshare.9784064.v2
title: original data

description: the original data during constructing three lactose-consuming strains. in addition, the relationship between trehalose and tolerance was studied.
DOI: 10.6084/m9.figshare.9784064.v1
title: original data

description: the original data during constructing three lactose-consuming strains. in addition, the relationship between trehalose and tolerance was studied.
DOI: 10.17171/1-3-6188-22
title: 6188
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6188-25
title: 6188
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6188-26
title: 6188
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6188-27
title: 6188
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6188-28
title: 6188
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6188-30
title: 6188
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6188-31
title: 6188
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6189-4
title: 6189
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6189-5
title: 6189
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6189-6
title: 6189
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6189-7
title: 6189
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-11
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-12
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-14
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-4
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-7
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-9
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-0
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-10
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-12
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-13
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-14
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-15
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-2
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-22
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-28
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-30
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-5
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-7
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-8
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-9
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6196-24
title: 6196
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-10
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-13
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-15
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-5
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-6
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6194-8
title: 6194
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-1
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-11
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-20
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-21
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-23
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-29
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-3
title: 6195
title: Data from JPL data

description: Babylonian Diaries
DOI: 10.17171/1-3-6195-31
title: 6195
title: Data from JPL data

description: Babylonian Diaries