cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.8079743.v4
title: Ocular and Systemic findings in Patients with Novel A/H1N1 infection

description: clinical and ocular findings in patients with novel A/H1N1 infection: an observational study
DOI: 10.6084/m9.figshare.8078726
title: A catalog of focal mechanism solutions (1963-2015) for Mexico

description: Focal mechanism solutions for earthquakes that taken place in Mexico during the period from 1963 to 2015.
DOI: 10.6084/m9.figshare.8078726.v1
title: A catalog of focal mechanism solutions (1963-2015) for Mexico

description: Focal mechanism solutions for earthquakes that taken place in Mexico during the period from 1963 to 2015.
DOI: 10.6084/m9.figshare.8079743.v3
title: H1N1_figshare.xlsx

description: clinical and ocular findings in patients with novel A/H1N1 infection: an observational study
DOI: 10.6084/m9.figshare.8078714
title: Museum Specimens included in study from Taxonomy and conservation of grassland earless dragons: new species and an assessment of the first possible extinction of a reptile on mainland Australia

description: Taxonomic research is of fundamental importance in conservation management of threatened species, providing an understanding of species diversity on which management plans are based. The grassland earless dragon lizards (Agamidae: <i>Tympanocryptis</i>) of south-eastern Australia have long been of conservation concern but there have been ongoing taxonomic uncertainties. We provide a comprehensive taxonomic review of this group, integrating multiple lines of evidence, including phylogeography (mtDNA), phylogenomics (SNPs), external morphology and micro x-ray CT scans. Based on these data we assign the lectotype of <i>T. lineata</i> to the Canberra region, restrict the distribution of <i>T. pinguicolla</i> to Victoria and name two new species: <i>T. osbornei sp. nov.</i> (Cooma) and <i>T. mccartneyi sp. nov.</i> (Bathurst). Our results have significant conservation implications. Of particular concern is <i>T. pinguicolla</i>, with the last confident sighting in 1969, raising the possibility of the first extinction of a reptile on mainland Australia. However, our results are equivocal as to whether <i>T. pinguicolla</i> is extant or extinct, emphasizing the immediate imperative for continued surveys to locate any remaining populations of <i>T. pinguicolla</i>. We also highlight the need for a full revision of conservation management plans for all the grassland earless dragons.
DOI: 10.6084/m9.figshare.8078714.v1
title: Museum Specimens included in study from Taxonomy and conservation of grassland earless dragons: new species and an assessment of the first possible extinction of a reptile on mainland Australia

description: Taxonomic research is of fundamental importance in conservation management of threatened species, providing an understanding of species diversity on which management plans are based. The grassland earless dragon lizards (Agamidae: <i>Tympanocryptis</i>) of south-eastern Australia have long been of conservation concern but there have been ongoing taxonomic uncertainties. We provide a comprehensive taxonomic review of this group, integrating multiple lines of evidence, including phylogeography (mtDNA), phylogenomics (SNPs), external morphology and micro x-ray CT scans. Based on these data we assign the lectotype of <i>T. lineata</i> to the Canberra region, restrict the distribution of <i>T. pinguicolla</i> to Victoria and name two new species: <i>T. osbornei sp. nov.</i> (Cooma) and <i>T. mccartneyi sp. nov.</i> (Bathurst). Our results have significant conservation implications. Of particular concern is <i>T. pinguicolla</i>, with the last confident sighting in 1969, raising the possibility of the first extinction of a reptile on mainland Australia. However, our results are equivocal as to whether <i>T. pinguicolla</i> is extant or extinct, emphasizing the immediate imperative for continued surveys to locate any remaining populations of <i>T. pinguicolla</i>. We also highlight the need for a full revision of conservation management plans for all the grassland earless dragons.
DOI: 10.6084/m9.figshare.8078702
title: Facet Joint Surface Models

description: This Item includes 2,900 files with the individual facet joint surfaces from 29 lumbar spines from L1 to S1 levels. Each specimen has four files per level: the superior and inferior surfaces for each side of the joint. <br><br><b>UPDATE Version 2</b>: The files for 1312011 FLEX position have been corrected. In Version 1 those were incorrect files.<br><br>Additionally, these surfaces were captured at one of five spine positions: neutral, flexion, extension, right lateral bending, right axial rotation.<br><br>Nomenclature: [Specimen number][spinal Level][side][location][position] <br><br>Example: "1405044L2RSNEU.txt" is the Right Superior L2 facet surface of specimen 1405044 in neutral position.<br><br>Specimen number is a 7 number string ex. 1405044Spinal Level: L1 to L5 in addition to S1 (Sacrum)<br>Side is Left or Right (L or R)<br>Location is Inferior (I) or Superior (S)<br>Position is one of five: neutral (NEU), flexion (FLEX), extension (EXT), right lateral bending (RLB), and right axial rotation (RAR).<br>
DOI: 10.6084/m9.figshare.8078699.v1
title: DS19 test database

description: This is the database containing the data to reproduce the plots in the DS19 presentation of the author.This is just a test version.
DOI: 10.6084/m9.figshare.8078702.v1
title: Facet Joint Surface Models

description: This Item includes 2,900 files with the individual facet joint surfaces from 29 lumbar spines from L1 to S1 levels. Each specimen has four files per level: the superior and inferior surfaces for each side of the joint. <br><br>Additionally, these surfaces were captured at one of five spine positions: neutral, flexion, extension, right lateral bending, right axial rotation.<br><br>Nomenclature: [Specimen number][spinal Level][side][location][position] <br><br>Example: "1405044L2RSNEU.txt" is the Right Superior L2 facet surface of specimen 1405044 in neutral position.<br><br>Specimen number is a 7 number string ex. 1405044Spinal Level: L1 to L5 in addition to S1 (Sacrum)<br>Side is Left or Right (L or R)<br>Location is Inferior (I) or Superior (S)<br>Position is one of five: neutral (NEU), flexion (FLEX), extension (EXT), right lateral bending (RLB), and right axial rotation (RAR).<br>
DOI: 10.6084/m9.figshare.8078630
title: Supplementary_Table_1_Classification.xlsx

description: Supplementary Table 1. A. Results from the taxonomic profiling performed using metagenomic and sRNA-Seq data. The median and average abundance and the results from differential abundance analysis are also reported. B. List of bacterial species significantly differentially abundant between the subject groups.
DOI: 10.6084/m9.figshare.8078627
title: Supplementary_Table_3_DE_hsa-miRNAs_and_hsa-sncRNAs.xlsx

description: Supplementary Table 3. A. List of significantly differentially expressed hsa-miRNAs from DESeq2 analysis. B. List of significantly differentially expressed hsa-sncRNAs from DESeq2 analysis. C. List of significantly differentially expressed hsa-miRNAs identified in all comparison involving the adenoma (top) or the carcinoma group (bottom).<br><br>
DOI: 10.6084/m9.figshare.8078633
title: Supplementary_Table_2_RNA-Seq_Mapping_statistics.xlsx

description: Supplementary Table 2. Alignment statistics and information of each analyzed sRNA-Seq dataset.<br>
DOI: 10.6084/m9.figshare.8078627.v1
title: Supplementary_Table_3_DE_hsa-miRNAs_and_hsa-sncRNAs.xlsx

description: Supplementary Table 3. A. List of significantly differentially expressed hsa-miRNAs from DESeq2 analysis. B. List of significantly differentially expressed hsa-sncRNAs from DESeq2 analysis. C. List of significantly differentially expressed hsa-miRNAs identified in all comparison involving the adenoma (top) or the carcinoma group (bottom).<br><br>
DOI: 10.6084/m9.figshare.8078630.v1
title: Supplementary_Table_1_Classification.xlsx

description: Supplementary Table 1. A. Results from the taxonomic profiling performed using metagenomic and sRNA-Seq data. The average abundance and the results from differential abundance analysis are also reported. B. List of bacterial species significantly differentially abundant between the subject groups.
DOI: 10.6084/m9.figshare.8076509
title: Navigating through the Mundellian Trilemma: A dataset of four decades

description: The dataset is comprised of 195 countries (i=1, 2…, 195) over the 1960-2017 period (t=1, 2…, 58), potentially yielding 11,310 country-year observations. The dataset does not include the United States, which is considered as the ``N-th country'', not subject to the constraints of the Trilemma. There are lot of missing observations, however, particularly for the EMEs during the 1960s and 1970s. This implies that the effective size is reduced in the range between 5,821 and 6,930 country-year observations for 167 countries, depending on the empirical specification.
DOI: 10.6084/m9.figshare.8076356
title: Content Analysis - anexo 1

description: Data collection.
DOI: 10.6084/m9.figshare.8078633.v1
title: Supplementary_Table_2_RNA-Seq_Mapping_statistics.xlsx

description: Supplementary Table 2. Alignment statistics and information of each analyzed sRNA-Seq dataset.<br>
DOI: 10.6084/m9.figshare.8076509.v1
title: Foreign capital and domestic credit growth: A view through the Mundellian Trilemma lens - The Database

description: The dataset is comprised of 195 countries (i=1, 2…, 195) over the 1960-2017 period (t=1, 2…, 58), potentially yielding 11,310 country-year observations. The dataset does not include the United States, which is considered as the ``N-th country'', not subject to the constraints of the Trilemma. There are lot of missing observations, however, particularly for the EMEs during the 1960s and 1970s. This implies that the effective size is reduced in the range between 5,821 and 6,930 country-year observations for 167 countries, depending on the empirical specification.
DOI: 10.6084/m9.figshare.8076509.v3
title: Navigating through the Mundellian Trilemma: A dataset of four decades

description: The dataset is comprised of 195 countries (i=1, 2…, 195) over the 1960-2017 period (t=1, 2…, 58), potentially yielding 11,310 country-year observations. The dataset does not include the United States, which is considered as the ``N-th country'', not subject to the constraints of the Trilemma. There are lot of missing observations, however, particularly for the EMEs during the 1960s and 1970s. This implies that the effective size is reduced in the range between 5,821 and 6,930 country-year observations for 167 countries, depending on the empirical specification.
DOI: 10.6084/m9.figshare.8076509.v2
title: Foreign Capital and Domestic Credit Growth: A Mundellian Trilemma Perspective - The Dataset

description: The dataset is comprised of 195 countries (i=1, 2…, 195) over the 1960-2017 period (t=1, 2…, 58), potentially yielding 11,310 country-year observations. The dataset does not include the United States, which is considered as the ``N-th country'', not subject to the constraints of the Trilemma. There are lot of missing observations, however, particularly for the EMEs during the 1960s and 1970s. This implies that the effective size is reduced in the range between 5,821 and 6,930 country-year observations for 167 countries, depending on the empirical specification.
DOI: 10.6084/m9.figshare.8076149
title: Univariable analysis

description: Results univariable analysis
DOI: 10.6084/m9.figshare.8076149.v1
title: Univariable analysis

description: Results univariable analysis
DOI: 10.6084/m9.figshare.8075975
title: Osteology of the Patagonian ornithopod <i>Talenkauen santacrucensis</i> (Dinosauria, Ornithischia)

description: <i>Talenkauen santacrucensis</i> represents one of the most complete South American ornithopods yet discovered. This dinosaur comes from the Mata Amarilla Formation (Turonian) of Santa Cruz Province, Argentina. The aim of this contribution is to present a detailed description of <i>Talenkauen santacrucensis</i>. Features of the cervical series of <i>Talenkauen</i>, which are shared with other elasmarians, indicate that these dinosaurs have a proportionally longer neck than other ornithopods. These traits were convergently acquired by several saurischian clades. Additionally, some features, including an ornamented labial surface of the mandibular teeth and a sigmoidal greater trochanter of femur, are traits shared by most elasmarians, and may prove to be synapomorphies of this clade. A phylogenetic analysis recovers most Cretaceous Gondwanan ornithopods in the clade Elasmaria. This analysis indicates that Elasmaria was distributed more widely geographically and temporally than previously thought.
DOI: 10.6084/m9.figshare.8076071
title: PVA experiment data.docx

description: This datasets contain our experimental raw data about the use of polyvinyl alcohol as chemically defined substitute for egg yolk in dog sperm cryopreservation.
DOI: 10.6084/m9.figshare.8075975.v1
title: Osteology of the Patagonian ornithopod <i>Talenkauen santacrucensis</i> (Dinosauria, Ornithischia)

description: <i>Talenkauen santacrucensis</i> represents one of the most complete South American ornithopods yet discovered. This dinosaur comes from the Mata Amarilla Formation (Turonian) of Santa Cruz Province, Argentina. The aim of this contribution is to present a detailed description of <i>Talenkauen santacrucensis</i>. Features of the cervical series of <i>Talenkauen</i>, which are shared with other elasmarians, indicate that these dinosaurs have a proportionally longer neck than other ornithopods. These traits were convergently acquired by several saurischian clades. Additionally, some features, including an ornamented labial surface of the mandibular teeth and a sigmoidal greater trochanter of femur, are traits shared by most elasmarians, and may prove to be synapomorphies of this clade. A phylogenetic analysis recovers most Cretaceous Gondwanan ornithopods in the clade Elasmaria. This analysis indicates that Elasmaria was distributed more widely geographically and temporally than previously thought.
DOI: 10.17028/rd.lboro.8075864
title: Dynamics: all states, all modes

description: Input and output files of the dynamics using all states and all modes.<br><b>PREP</b> - general preparation filesPREP/LVC_full.template - LVC parameters usedPREP/ref_dyn.bash - script for generating diabatic initital conditions<br><b>EDC_Eph-plus</b> - SHARC runs<br>input.new - SHARC input filepop3.out - Number of trajectories in each MCH state (multiplets summed up)<br>pop9.out - Quantum amplitudes in MCH picture (multiplets summed up)<br>pop13.out - Transform diagonal populations to MCH states (multiplets summed up) - classicalpop15.out - Transform diagonal populations to MCH states (multiplets summed up) - mixed quantum/classical<br>pop20.out - Quantum amplitudes in diabatic picture - quantum<br>pop21.out - Quantum amplitudes in diabatic picture - classical<br>pop22.out - Quantum amplitudes in diabatic picture - mixed quantum/classical
DOI: 10.17028/rd.lboro.8075864.v2
title: Dynamics: all states, all modes

description: Input and output files of the dynamics using all states and all modes.<br><b>PREP</b> - general preparation filesPREP/LVC_full.template - LVC parameters usedPREP/ref_dyn.bash - script for generating diabatic initital conditions<br><b>EDC_Eph-plus</b> - SHARC runs<br>input.new - SHARC input filepop3.out - Number of trajectories in each MCH state (multiplets summed up)<br>pop9.out - Quantum amplitudes in MCH picture (multiplets summed up)<br>pop13.out - Transform diagonal populations to MCH states (multiplets summed up) - classicalpop15.out - Transform diagonal populations to MCH states (multiplets summed up) - mixed quantum/classical<br>pop20.out - Quantum amplitudes in diabatic picture - quantum<br>pop21.out - Quantum amplitudes in diabatic picture - classical<br>pop22.out - Quantum amplitudes in diabatic picture - mixed quantum/classical
DOI: 10.17028/rd.lboro.8075843
title: Dynamics: Triplet, 15 modes

description: Input and output files of the dynamics using the triplet states (3<sup>3</sup>MLCT, 1<sup>3</sup>IL) and 15 modes.<br><b>PREP</b> - general preparation filesPREP/LVC.template - LVC parameters usedPREP/ref_dyn.bash - script for generating diabatic initital conditions<br>MCTDH/pop.out - reference diabatic populations at the MCTDH level<br><b>AFSSH_E</b>, <b>EDC_Eph-plus</b>, etc. - SHARC runsAFSSH_E/input.new - SHARC input file for AFSSH/<i>E</i>AFSSH_E/pop3.out - Number of trajectories in each MCH state (multiplets summed up) for AFSSH/<i>E</i><br>AFSSH_E/pop9.out - Quantum amplitudes in MCH picture (multiplets summed up) for AFSSH/<i>E</i><br>AFSSH_E/pop13.out - Transform diagonal populations to MCH states (multiplets summed up) - classical - for AFSSH/<i>E</i>AFSSH_E/pop15.out - Transform diagonal populations to MCH states (multiplets summed up) - mixed quantum/classical - for AFSSH/<i>E</i><br>AFSSH_E/pop20.out - Quantum amplitudes in diabatic picture - quantum - for AFSSH/<i>E</i><br>AFSSH_E/pop21.out - Quantum amplitudes in diabatic picture - classical - for AFSSH/<i>E</i><br>AFSSH_E/pop22.out - Quantum amplitudes in diabatic picture - mixed quantum/classical - for AFSSH/<i>E</i>
DOI: 10.17028/rd.lboro.8075864.v1
title: Dynamics: all states, all modes

description: Input and output files of the dynamics using all states and all modes.<br><b>PREP</b> - general preparation filesPREP/LVC.template - LVC parameters usedPREP/ref_dyn.bash - script for generating diabatic initital conditions<br>MCTDH/pop.out - reference diabatic populations at the MCTDH level<br><b>AFSSH_E</b>, <b>EDC_Eph-plus</b>, etc. - SHARC runsAFSSH_E/input.new - SHARC input file for AFSSH/<i>E</i>AFSSH_E/pop.out - diabatic populations for AFSSH/<i>E</i>
DOI: 10.17028/rd.lboro.8075831
title: Dynamics: 1MLCT/3IL, 15 modes

description: Input and output files of the dynamics using 2<sup>1</sup>MLCT/1<sup>3</sup>IL) and 15 modes.<br><b>PREP</b> - general preparation filesPREP/LVC.template - LVC parameters usedPREP/ref_dyn.bash - script for generating diabatic initital conditions<br>MCTDH/pop.out - reference diabatic populations at the MCTDH level<br><b>AFSSH_E</b>, <b>EDC_Eph-plus</b>, etc. - SHARC runsAFSSH_E/input.new - SHARC input file for AFSSH/<i>E</i>AFSSH_E/pop3.out - Number of trajectories in each MCH state (multiplets summed up) for AFSSH/<i>E</i><br>AFSSH_E/pop9.out - Quantum amplitudes in MCH picture (multiplets summed up) for AFSSH/<i>E</i><br>AFSSH_E/pop13.out - Transform diagonal populations to MCH states (multiplets summed up) - classical - for AFSSH/<i>E</i>AFSSH_E/pop15.out - Transform diagonal populations to MCH states (multiplets summed up) - mixed quantum/classical - for AFSSH/<i>E</i><br>AFSSH_E/pop20.out - Quantum amplitudes in diabatic picture - quantum - for AFSSH/<i>E</i><br>AFSSH_E/pop21.out - Quantum amplitudes in diabatic picture - classical - for AFSSH/<i>E</i><br>AFSSH_E/pop22.out - Quantum amplitudes in diabatic picture - mixed quantum/classical - for AFSSH/<i>E</i>
DOI: 10.17028/rd.lboro.8075843.v1
title: Dynamics: Triplet MLCT, 15 modes

description: Input and output files of the dynamics using the triplet MLCT states (4<sup>3</sup>MLCT, 3<sup>3</sup>MLCT) and 15 modes.<br><b>PREP</b> - general preparation filesPREP/LVC.template - LVC parameters usedPREP/ref_dyn.bash - script for generating diabatic initital conditions<br>MCTDH/pop.out - reference diabatic populations at the MCTDH level<br><b>AFSSH_E</b>, <b>EDC_Eph-plus</b>, etc. - SHARC runsAFSSH_E/input.new - SHARC input file for AFSSH/<i>E</i>AFSSH_E/pop.out - diabatic populations for AFSSH/<i>E</i>
DOI: 10.17028/rd.lboro.8075843.v3
title: Dynamics: Triplet, 15 modes

description: Input and output files of the dynamics using the triplet states (3<sup>3</sup>MLCT, 1<sup>3</sup>IL) and 15 modes.<br><b>PREP</b> - general preparation filesPREP/LVC.template - LVC parameters usedPREP/ref_dyn.bash - script for generating diabatic initital conditions<br>MCTDH/pop.out - reference diabatic populations at the MCTDH level<br><b>AFSSH_E</b>, <b>EDC_Eph-plus</b>, etc. - SHARC runsAFSSH_E/input.new - SHARC input file for AFSSH/<i>E</i>AFSSH_E/pop3.out - Number of trajectories in each MCH state (multiplets summed up) for AFSSH/<i>E</i><br>AFSSH_E/pop9.out - Quantum amplitudes in MCH picture (multiplets summed up) for AFSSH/<i>E</i><br>AFSSH_E/pop13.out - Transform diagonal populations to MCH states (multiplets summed up) - classical - for AFSSH/<i>E</i>AFSSH_E/pop15.out - Transform diagonal populations to MCH states (multiplets summed up) - mixed quantum/classical - for AFSSH/<i>E</i><br>AFSSH_E/pop20.out - Quantum amplitudes in diabatic picture - quantum - for AFSSH/<i>E</i><br>AFSSH_E/pop21.out - Quantum amplitudes in diabatic picture - classical - for AFSSH/<i>E</i><br>AFSSH_E/pop22.out - Quantum amplitudes in diabatic picture - mixed quantum/classical - for AFSSH/<i>E</i>
DOI: 10.17028/rd.lboro.8075843.v2
title: Dynamics: Triplet, 15 modes

description: Input and output files of the dynamics using the triplet states (3<sup>3</sup>MLCT, 1<sup>3</sup>IL) and 15 modes.<br><b>PREP</b> - general preparation filesPREP/LVC.template - LVC parameters usedPREP/ref_dyn.bash - script for generating diabatic initital conditions<br>MCTDH/pop.out - reference diabatic populations at the MCTDH level<br><b>AFSSH_E</b>, <b>EDC_Eph-plus</b>, etc. - SHARC runsAFSSH_E/input.new - SHARC input file for AFSSH/<i>E</i>AFSSH_E/pop.out - diabatic populations for AFSSH/<i>E</i>
DOI: 10.17028/rd.lboro.8075831.v2
title: Dynamics: 1MLCT/3IL, 15 modes

description: Input and output files of the dynamics using 2<sup>1</sup>MLCT/1<sup>3</sup>IL) and 15 modes.<br><b>PREP</b> - general preparation filesPREP/LVC.template - LVC parameters usedPREP/ref_dyn.bash - script for generating diabatic initital conditions<br>MCTDH/pop.out - reference diabatic populations at the MCTDH level<br><b>AFSSH_E</b>, <b>EDC_Eph-plus</b>, etc. - SHARC runsAFSSH_E/input.new - SHARC input file for AFSSH/<i>E</i>AFSSH_E/pop3.out - Number of trajectories in each MCH state (multiplets summed up) for AFSSH/<i>E</i><br>AFSSH_E/pop9.out - Quantum amplitudes in MCH picture (multiplets summed up) for AFSSH/<i>E</i><br>AFSSH_E/pop13.out - Transform diagonal populations to MCH states (multiplets summed up) - classical - for AFSSH/<i>E</i>AFSSH_E/pop15.out - Transform diagonal populations to MCH states (multiplets summed up) - mixed quantum/classical - for AFSSH/<i>E</i><br>AFSSH_E/pop20.out - Quantum amplitudes in diabatic picture - quantum - for AFSSH/<i>E</i><br>AFSSH_E/pop21.out - Quantum amplitudes in diabatic picture - classical - for AFSSH/<i>E</i><br>AFSSH_E/pop22.out - Quantum amplitudes in diabatic picture - mixed quantum/classical - for AFSSH/<i>E</i>
DOI: 10.17028/rd.lboro.8075831.v1
title: Dynamics: 1MLCT/3IL, 15 modes

description: Input and output files of the dynamics using 2<sup>1</sup>MLCT/1<sup>3</sup>IL) and 15 modes.<br><b>PREP</b> - general preparation filesPREP/LVC.template - LVC parameters usedPREP/ref_dyn.bash - script for generating diabatic initital conditions<br>MCTDH/pop.out - reference diabatic populations at the MCTDH level<br><b>AFSSH_E</b>, <b>EDC_Eph-plus</b>, etc. - SHARC runsAFSSH_E/input.new - SHARC input file for AFSSH/<i>E</i>AFSSH_E/pop.out - diabatic populations for AFSSH/<i>E</i>