cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.14343451
title: A New Furileusaurian Abelisaurid from La Invernada (Upper Cretaceous, Santonian, Bajo De La Carpa Formation), Northern Patagonia, Argentina

description: Abelisaurids are among the most abundant and diverse Patagonian Late Cretaceous theropods. Here, we present a new furileusaurian abelisaurid, <i>Llukalkan aliocranianus</i> gen. et sp. nov., represented by cranial remains from the Bajo de la Carpa Formation (Santonian) at La Invernada fossil area, northwestern Patagonia. Features characterizing this taxon include a possible caudal tympanic recess posterior to the columellar recess, a T-shaped lacrimal with jugal ramus lacking a suborbital process, and large foramina for caudal middle cerebral veins widely separated from the median supraoccipital crest. In addition to this, a bulge on the anteromedial border of the supratemporal fossa, tall and posteriorly projected paroccipital processes, basal tubera interconnected distally, a triangular basisphenoid recess, and a single foramen for the sphenoidal artery on the basisphenoid, differentiate <i>Llukalkan</i> from <i>Viavenator exxoni</i>. The latter is the other furileusaurian taxon from the same area and stratigraphic unit. Although the holotype of <i>Llukalkan</i> probably corresponds to a sub-adult—as the lacrimal morphology suggests— the possibility that it represents a juvenile of <i>V. exxoni</i> is discarded based mainly on the presence of a caudal tympanic recess (which is absent in <i>V. exxoni</i>). The probable coexistence of two abelisaurid taxa demonstrates that the abelisaurids were one of the most important—and likely the main—predator component of the ecosystems, not only in this area, but also in all of Patagonia, during the Late Cretaceous.
DOI: 10.21227/9kv9-4202
title: February-2-Tang-Wenyuan.csv

description: February-2-Tang-Wenyuan.csv
DOI: 10.3886/e113251v1-82600
title: Replication data for: Income and Democracy

description: Existing studies establish a strong cross-country correlation between income and democracy but do not control for factors that simultaneously affect both variables. We show that controlling for such factors by including country fixed effects removes the statistical association between income per capita and various measures of democracy. We present instrumental-variables estimates that also show no causal effect of income on democracy. The cross-country correlation between income and democracy reflects a positive correlation between changes in income and democracy over the past 500 years. This pattern is consistent with the idea that societies embarked on divergent political-economic development paths at certain critical junctures.
DOI: 10.5281/zenodo.4649393
title: Investigating High-Energy Proton Induced Reactions on Spherical Nuclei: Implications for the Pre-equilibrium Exciton Model

description: This repository contains all raw gamma-ray spectra, including detector calibrations, analyzed for this manuscript. Experiments were conducted at LBNL, LANL, and BNL. Background: A number of accelerator-based isotope production facilities utilize 100- to 200-MeV proton beams due to the high production rates enabled by high-intensity beam capabilities and the greater diversity of isotope production brought on by the long range of high-energy protons. However, nuclear reaction modeling at these energies can be challenging because of the interplay between different reaction modes and a lack of existing guiding cross-section data. Purpose: A Tri-lab collaboration has been formed among the Lawrence Berkeley, Los Alamos, and Brookhaven National Laboratories to address these complexities by characterizing charged-particle nuclear reactions relevant to the production of established and novel radioisotopes.
DOI: 10.5281/zenodo.3956835
title: Investigating High-Energy Proton Induced Reactions on Spherical Nuclei: Implications for the Pre-equilibrium Exciton Model

description: This repository contains all raw gamma-ray spectra, including detector calibrations, analyzed for this manuscript. Experiments were conducted at LBNL, LANL, and BNL. Background: A number of accelerator-based isotope production facilities utilize 100- to 200-MeV proton beams due to the high production rates enabled by high-intensity beam capabilities and the greater diversity of isotope production brought on by the long range of high-energy protons. However, nuclear reaction modeling at these energies can be challenging because of the interplay between different reaction modes and a lack of existing guiding cross-section data. Purpose: A Tri-lab collaboration has been formed among the Lawrence Berkeley, Los Alamos, and Brookhaven National Laboratories to address these complexities by characterizing charged-particle nuclear reactions relevant to the production of established and novel radioisotopes.
DOI: 10.6084/m9.figshare.14343505.v1
title: Raw Dataset from Long-term noise pollution affects seedling recruitment, community composition and negative effects persist after removal

description: Excel spreadsheet of raw data, than can be converted to csv for analyses
DOI: 10.6084/m9.figshare.14343505
title: Raw Dataset from Long-term noise pollution affects seedling recruitment, community composition and negative effects persist after removal

description: Excel spreadsheet of raw data, than can be converted to csv for analyses
DOI: 10.5281/zenodo.4648950
title: TREND As, Nb, Cu, Ti Gamma Spectroscopy

description: This repository contains all raw gamma-ray spectra, including detector calibrations, analyzed for the TREND experiments conducted at LBNL, LANL, and BNL.
DOI: 10.5281/zenodo.4648949
title: TREND As, Nb, Cu, Ti Gamma Spectroscopy

description: This repository contains all raw gamma-ray spectra, including detector calibrations, analyzed for the TREND experiments conducted at LBNL, LANL, and BNL.
DOI: 10.17632/sj47ymmz89.1
title: Data for: Potential of Tailored Amorphous Multiporous Calcium Silicate Glass for Regenerative Endodontics - A Preliminary Assessment

description: Potential of Tailored Amorphous Multiporous Calcium Silicate Glass for Regenerative Endodontics – A Preliminary Assessment Jie Liu1, Chao-An Chen1,3, Xiaofei Zhu1,2, Brian Morrow1, Ukrit Thamma4, Tia J. Kowal5, Hassan M. Moawad4, Matthias M. Falk5, Himanshu Jain4,*, George T.-J. Huang1,*
DOI: 10.17632/f9yk67yvnw.1
title: Data for: Numerical Study on Oscillation Characteristics of Large Chugging of Direct Condensation of Steam in a Tee Junction with Flowing Subcooled Water

description: Data for graphs in the manuscript
DOI: 10.17632/nb6d7k8djm.1
title: Data for: Thickness of sediments in the Congo basin based on the analysis of decompensative gravity anomalies.

description: Thickness of sediments in the Congo basin based on the analysis of decompensative gravity anomalies.
DOI: 10.5281/zenodo.4649422
title: Images which should raise a WLutz error

description: Images which should raise a WLutz error
DOI: 10.5281/zenodo.4649425
title: Images which should raise a WLutz error

description: Images which should raise a WLutz error
DOI: 10.5281/zenodo.4391410
title: Images which should raise a WLutz error

description: Images which should raise a WLutz error
DOI: 10.6084/m9.figshare.14343560
title: Oleic acid

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343560.v1
title: Oleic acid

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343557
title: ZIKV 24 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343557.v1
title: ZIKV 24 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343551.v1
title: ZIKV 8 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343536
title: RNA 72 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343548
title: ZIKV 4 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343551
title: ZIKV 8 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343542
title: IFN 8 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343542.v1
title: IFN 8 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343545
title: IFN 24 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343548.v1
title: ZIKV 4 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343536.v1
title: RNA 72 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343545.v1
title: IFN 24 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.
DOI: 10.6084/m9.figshare.14343533
title: RNA 48 hrs

description: For live cell imaging, no contrast or background subtraction was applied to any frames analysed. For each condition and timepoint, 3 FoV movies from 2 biological replicates (n=6 movies from each condition) were acquired with a total of 49 images per movie (500 ms exposure, images captured every 5 seconds). Image stacks were imported into FIJI analysis software where drift alignments were performed (do I reference this??). For each FoV image, ROIs were drawn around single cell outlines for LD tracking analysis. LD tracking was performed using the ‘TrackMate’ plug-in on FIJI analysis software with the following parameters: estimated blog diameter= 0.5 μm, threshold= 500. Simple linear Assignment Problem (LAP) tracker was used to link together identified tracks with the following parameters: Linking max distance= 1 μm, gap-closing max distance= 1 μm, and gap-closing max frame gap= 0 μm to ensure no false positive tracks were linked. Data was extracted for mean speed, displacement, and track quality.