cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.25493/r8e4-yku
title: 3D atlas locations of rat brain injection sites and section images from tract tracing experiments involving the orbitofrontal cortex (v1)

description: This dataset provides coordinates describing 3D locations in the Waxholm Space (WHS) rat brain atlas of injection sites (n=30) placed in female Sprague-Dawley rats (n=26). The source dataset ([Kondo et al., 2022](https://doi.org/10.25493/2MX9-3XF)) contains coronal microscopic section images (PNG, TIFF and MRXS files), and JSON coordinate files resulting from the registration of the images to the [Waxholm Space Rat brain atlas](https://scicrunch.org/resolver/RRID:SCR_017124) v4 using the [QuickNII](https://search.kg.ebrains.eu/?facet_type[0]=Dataset&category=Software&q=quicknii#d8d0abf0-aa7a-4be9-8fe4-34b36db7a039) and [VisuAlign](https://search.kg.ebrains.eu/?facet_type[0]=Dataset&category=Software&q=visualign#b20533ea-02a3-46a8-bbf4-f66036567233) software. The location of the injection site and the section images within an experiment was transformed to 3D atlas sphere and polygon representations, respectively, using the Locare workflow. To determine the injection site location, the tissue section image with the injection site of the largest extent (the image showing the highest density of tracer solution) was selected for evaluation. The sphere’s centroid coordinate and radius was estimated using the original MRXS files in combination with the atlas-registered TIFF files. The polygons were derived from the QuickNII and VisuAlign JSON files by script. The JSON files shared here follow the locareSphere or locarePolygon schema ([https://github.com/Neural-Systems-at-UIO/LocareJSON](https://github.com/Neural-Systems-at-UIO/LocareJSON)), making the 3D brain atlas representation of the data available for visualisation and spatial queries.
DOI: 10.5281/zenodo.10029554
title: Dataset collected from the observational studies of individual cloud droplet/residual particle

description: This is the dataset for the review paper titled "Fog/cloud processing of atmospheric aerosols from a single particle perspective: a review of field observations".  The dataset is collected from previous studies as cited in Table 1. The dataset mainly includes the sampling sites, droplet sizes, single particle technique used, and the major particle types identified.
DOI: 10.5281/zenodo.10029553
title: Dataset collected from the observational studies of individual cloud droplet/residual particle

description: This is the dataset for the review paper titled "Fog/cloud processing of atmospheric aerosols from a single particle perspective: a review of field observations".  The dataset is collected from previous studies as cited in Table 1. The dataset mainly includes the sampling sites, droplet sizes, single particle technique used, and the major particle types identified.
DOI: 10.18112/openneuro.ds004822.v1.0.0
title: Spatial Attention fNIRS Dataset
DOI: 10.5281/zenodo.10045771
title: RESOLUÇÃO DE CONFLITOS NACIONAIS E INTERNACIONAIS NAS SERVENTIAS EXTRAJUDICIAIS

description: Já é pacífico na doutrina e por profissionais do direito a necessidade de se obter meios adequados para solucionar conflitos como forma de garantir à comunidade nacional e internacional segurança jurídica, celeridade e acesso a soluções jurídicas sem ter que recorrer ao judiciário e de forma justa. E para que isto aconteça ao longo dos anos e desde os primórdios das civilizações foram desenvolvidas técnicas que se tornaram garantidoras de um estado democrático de direito. Assim, a conciliação, a mediação e a arbitragem ganharam espaço. Foram incluídas a mediação judicial como política pública nos termos da Resolução 125/2010 do Conselho Nacional de Justiça, posteriormente devido ao grande prestígio da norma veio sua matéria tratada no Código de Processo Civil de 2015 no qual incorporou o chamado Tribunal Multiportas no sistema processual, sendo firmado como uma das etapas do processo a autocomposição. Na esfera privada temos o desenvolvimento da autocomposição por instituições particulares como as serventias extrajudiciais, advogados ou profissionais independentes. Mais avanços vieram como a Lei 13.140/2015. Lei da Mediação que se tornou um marco legal. Aqui são tratadas as regras a serem aplicadas na mediação judicial e extrajudicial, bem como serviu de parâmetro para resolução de conflitos por parte de pessoa jurídica de direito público. Podemos destacar o Centro de Estudos Judiciário do Conselho Nacional de Justiça Federal que promoveu debates sobre a Prevenção e solução Extrajudicial de litígios, através de sua I jornada. Já a arbitragem, consolidada nas relações internacionais comerciais visa a acessibilidade chamada acessibilidade democrática ou social. Assim desenvolver-se-á o presente trabalho tendo como natureza da pesquisa será a qualitativa, descritiva onde a técnica utilizada será baseada em material bibliográfico.
DOI: 10.5281/zenodo.10045770
title: RESOLUÇÃO DE CONFLITOS NACIONAIS E INTERNACIONAIS NAS SERVENTIAS EXTRAJUDICIAIS

description: Já é pacífico na doutrina e por profissionais do direito a necessidade de se obter meios adequados para solucionar conflitos como forma de garantir à comunidade nacional e internacional segurança jurídica, celeridade e acesso a soluções jurídicas sem ter que recorrer ao judiciário e de forma justa. E para que isto aconteça ao longo dos anos e desde os primórdios das civilizações foram desenvolvidas técnicas que se tornaram garantidoras de um estado democrático de direito. Assim, a conciliação, a mediação e a arbitragem ganharam espaço. Foram incluídas a mediação judicial como política pública nos termos da Resolução 125/2010 do Conselho Nacional de Justiça, posteriormente devido ao grande prestígio da norma veio sua matéria tratada no Código de Processo Civil de 2015 no qual incorporou o chamado Tribunal Multiportas no sistema processual, sendo firmado como uma das etapas do processo a autocomposição. Na esfera privada temos o desenvolvimento da autocomposição por instituições particulares como as serventias extrajudiciais, advogados ou profissionais independentes. Mais avanços vieram como a Lei 13.140/2015. Lei da Mediação que se tornou um marco legal. Aqui são tratadas as regras a serem aplicadas na mediação judicial e extrajudicial, bem como serviu de parâmetro para resolução de conflitos por parte de pessoa jurídica de direito público. Podemos destacar o Centro de Estudos Judiciário do Conselho Nacional de Justiça Federal que promoveu debates sobre a Prevenção e solução Extrajudicial de litígios, através de sua I jornada. Já a arbitragem, consolidada nas relações internacionais comerciais visa a acessibilidade chamada acessibilidade democrática ou social. Assim desenvolver-se-á o presente trabalho tendo como natureza da pesquisa será a qualitativa, descritiva onde a técnica utilizada será baseada em material bibliográfico.
DOI: 10.34740/kaggle/dsv/6805272
title: WallStreetBets 2022
DOI: 10.5281/zenodo.7623355
title: Alteromonas Digital Organism Databases

description: This is the home of the database for the <em>Alteromonas</em> Digital Organism, one of C-CoMP's collaborative efforts. This database was created in anvi'o (v7.1) primarily by Michelle DeMers (Massachusetts Institute of Technology) and Rogier Braakman (Massachusetts Institute of Technology), with significant help from members of the Meren Lab (A. Murat Eren, Iva Veseli, and Matthew Schechter) and Moran Lab (Zac Cooper). This version upload consists of: Alteromonas_Pangenome_v1_2.md: A reproducible workflow that details the additions made to this version of the pangenome. alteromonas_genomes_databases_v1_2.tar.gz: A compressed directory consisting of all contigs databases used to make the digital organism. external-genomes-v1.txt: Text file consisting of a list of the genomes used in this digital organism with ID, strain, and source information. Alteromonas-1_2-GENOMES.db: Genomes storage database created in anvi'o from all of the contigs files and external-genomes file. Alteromonas_Pangenome_1_2.tar.gz: Compressed file containing the <em>Alteromonas</em> pangenome (digital organism). misc_Alteromonas_Pangenome_v1_2.tar.gz: Compressed directory containing any information that anvi'o created when forming the pangenome. ANI_1_2.tar.gz: Compressed directory containing all output files from assessing genome similarity. *concatenated-proteins.fa: Concatenated core protein files for all three types of core gene sets. RAxML_bestTree*: Trees determined for all three sets of core genes from RAxML. midpoint_complete_*: Midpoint rooted trees for all three sets of core genes. layer_orders.txt: Tab-delimited file used to import newick tree into the pangenome.
DOI: 10.5281/zenodo.10038194
title: Alteromonas Digital Organism Databases

description: This is the home of the database for the Alteromonas Digital Organism, one of C-CoMP's collaborative efforts. This database was created in anvi'o (anvio-dev) primarily by Michelle DeMers (Massachusetts Institute of Technology) and Rogier Braakman (Massachusetts Institute of Technology), with significant help from members of the Meren Lab (A. Murat Eren, Iva Veseli, and Matthew Schechter) and Moran Lab (Zac Cooper and Mary Ann Moran). This version upload consists of:
Alteromonas_Pangenome_v2.1.1.md: A reproducible workflow that details the additions made to this version of the pangenome since v2.1.0.
Alteromonas2.1.1dbs.tar.gz: Collection of all updated contigs databases and genomes storage database.
external-genomes-v2.txt: Text file consisting of a list of the genomes used in this digital organism with ID, strain, and source information.
Alteromonas2.1.1pangenome.db.tar.gz: Compressed file containing the Alteromonas pangenome (digital organism).
Alteromonas2.1.1pangenomefiles.tar.gz: Compressed directory containing any information that anvi'o created when forming the pangenome.
Alteromonas2.1.1ANI.tar.gz: Compressed directory containing all output files from assessing genome similarity.
bayesian_2_1_concatenated_proteins*: Concatenated core protein files made from bayesian core gene sets.
RAxML_*boots:  New RAxML tree artifacts produced for this version of the pangenome, with bootstrap values. Includes midpoint rooted tree.
layer_orders.txt: Tab-delimited file used to import newick tree into the pangenome.
view.txt: Tab-delimited file containing isolate and strain names.
DOI: 10.5281/zenodo.7430119
title: Alteromonas Digital Organism Databases

description: This is the home of the database for the <em>Alteromonas</em> Digital Organism, one of C-CoMP's collaborative efforts. This database was created in anvi'o (v7.1) primarily by Michelle DeMers (Massachusetts Institute of Technology) and Rogier Braakman (Massachusetts Institute of Technology), with significant help from members of the Meren Lab (A. Murat Eren, Iva Veseli, and Matthew Schechter) and Moran Lab (Zac Cooper). This version upload consists of: Alteromonas_Pangenome_v1.md: A reproducible workflow that details making the <em>Alteromonas</em> digital organism, from fasta files to database creation. alteromonas_genomes_databases_v1.tar.gz: A compressed directory consisting of all contigs databases used to make the digital organism. external-genomes-v1.txt: Text file consisting of a list of the genomes used in this digital organism with ID, strain, and source information. Alteromonas-GENOMES-v1.db: Genomes storage database created in anvi'o from all of the contigs files and external-genomes file. Alteromonas_Pangenome_v1.tar.gz: Compressed file containing the <em>Alteromonas</em> pangenome (digital organism). misc_Alteromonas_Pan_v1.tar.gz: Compressed directory containing any information that anvi'o created when forming the pangenome.
DOI: 10.5281/zenodo.7662291
title: Alteromonas Digital Organism Databases

description: This is the home of the database for the <em>Alteromonas</em> Digital Organism, one of C-CoMP's collaborative efforts. This database was created in anvi'o (v7.1) primarily by Michelle DeMers (Massachusetts Institute of Technology) and Rogier Braakman (Massachusetts Institute of Technology), with significant help from members of the Meren Lab (A. Murat Eren, Iva Veseli, and Matthew Schechter) and Moran Lab (Zac Cooper). This version upload consists of: Alteromonas_Pangenome_v2.md: A reproducible workflow that details the process of making this digital organism, from start to finish. Alteromonas_genomes_databases_v2.tar.gz: A compressed directory consisting of all contigs databases used to make the digital organism. external-genomes-v2.txt: Text file consisting of a list of the genomes used in this digital organism with ID, strain, and source information. Alteromonas-v2-GENOMES.db.zip: Compressed genomes storage database created in anvi'o from all of the contigs files and external-genomes file. Alteromonas_Pangenome_2.tar.gz: Compressed file containing the <em>Alteromonas</em> pangenome (digital organism). misc_Alteromonas_Pangenome_v2.tar.gz: Compressed directory containing any information that anvi'o created when forming the pangenome. ANI.zip: Compressed directory containing all output files from assessing genome similarity. *concatenated-proteins.fa: Concatenated core protein files for all three types of core gene sets. RAxML_bestTree*: Trees determined for all three sets of core genes from RAxML. midpoint_mags_*: Midpoint rooted trees for all three sets of core genes. bayesian_core_gene_list.txt: List of gene cluster ids used to make the phylogeny from the bayesian core. layer_orders.txt: Tab-delimited file used to import newick tree into the pangenome.
DOI: 10.5281/zenodo.8317488
title: Alteromonas Digital Organism Databases

description: This is the home of the database for the <em>Alteromonas</em> Digital Organism, one of C-CoMP's collaborative efforts. This database was created in anvi'o (anvio-dev) primarily by Michelle DeMers (Massachusetts Institute of Technology) and Rogier Braakman (Massachusetts Institute of Technology), with significant help from members of the Meren Lab (A. Murat Eren, Iva Veseli, and Matthew Schechter) and Moran Lab (Zac Cooper and Mary Ann Moran). This version upload consists of: Alteromonas_Pangenome_v2_1.md: A reproducible workflow that details the additions made to this version of the pangenome from v2.0.0. MAG31.db, MAG10_FICUS.db, and GCF_903772925.1.db: Three new contigs databases added to the digital organism. external-genomes-v2.txt: Text file consisting of a list of the genomes used in this digital organism with ID, strain, and source information. Alteromonas-v2-GENOMES.tar.gz: Compressed genomes storage database created in anvi'o from all of the contigs files and external-genomes file. Alteromonas_Pangenome_2_1-PAN.db.tar.gz: Compressed file containing the <em>Alteromonas</em> pangenome (digital organism). Alteromonas_Pangenome_2_1_miscFiles.tar.gz: Compressed directory containing any information that anvi'o created when forming the pangenome. ANI_2_1.tar.gz: Compressed directory containing all output files from assessing genome similarity. bayesian_2_1_concatenated_proteins*: Concatenated core protein files made from bayesian core gene sets. RAxML_*boots: New RAxML tree artifacts produced for this version of the pangenome, with bootstrap values. Includes midpoint rooted tree. layer_orders.txt: Tab-delimited file used to import newick tree into the pangenome. view.txt: Tab-delimited file containing isolate and strain names.
DOI: 10.5281/zenodo.8062364
title: Time series of the correlation coefficient at seismic stations in the Mexican subduction zone

description: The directory structure is as follows:
correlation_coefficient/[STATION]/[YYMMDD]


Each file contains the time series of the correlation coefficient every 10 seconds for the data YYMMDD.
DOI: 10.6084/m9.figshare.24447172
title: 低温热处理复合材料的抗拉强度

description: 短纤维增强聚合物复合材料在极端低温热循环服务条件下的可靠性对于其在航空航天工程中的成功应用至关重要，但在温度急剧变化的恶劣环境中，它们的机械行为尚不清楚。本研究研究了-196 °C—170 °C低温循环（CTC）对短碳纤维（SCF）/聚醚酰亚胺（PEI）复合材料在室温（25 °C）和高温（170 °C）下拉伸性能的影响。首先，采用多域（PDA）和碳纳米管（CNTs）的杂化施胶剂对SCF进行定量，然后通过简单的注塑技术制备SCF增强PEI复合材料。令人印象深刻和出乎意料的是，SCF/PEI复合材料在25 °C和170 °C下的拉伸强度均通过CTC处理得到增强。结果表明，复合材料拉伸强度的提高归因于PEI基体强度的提高和纤维/PEI界面粘附性能的增强。 经过CTC处理此外，CNT-PDA施胶和CTC处理对改善SCF/PEI复合材料在25 °C和170 °C下的。总体而言SCF/PEI复合材料在极端使用条件下表现出优异的力学性能，因此有望作为需要经历剧烈温度变化的恶劣环境的航空航天部件。
DOI: 10.6084/m9.figshare.24442462
title: Mineralogical Constraints on Magma Recharge and Mixing of the Post-collisional Potassic Volcanic Rocks in Dahongliutan, NW Tibetan Plateau

description: Table S1 major (wt.%) and trace element(10-6) compositions of reference materials and trace element compositions of blank (10-9).Table S2 major (wt.%) and trace element(10-6) compositions of the post-collisional potassic rocks in Dahongliutan volcanic field of NW Tibetan Plateau.Table S3 major (wt.%) element compositions of selected feldspars in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S4 major (wt.%) element compositions of selected pyroxenes in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S5 trace (ppm) element compositions of selected pyroxenes in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S6 major (wt.%) element compositions of selected olivines in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S7 major (wt.%) element compositions of selected apatites in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .
DOI: 10.6084/m9.figshare.24442462.v2
title: Mineralogical Constraints on Magma Recharge and Mixing of the Post-collisional Potassic Volcanic Rocks in Dahongliutan, NW Tibetan Plateau

description: Table S1 major (wt.%) and trace element(10-6) compositions of reference materials and trace element compositions of blank (10-9).Table S2 major (wt.%) and trace element(10-6) compositions of the post-collisional potassic rocks in Dahongliutan volcanic field of NW Tibetan Plateau.Table S3 major (wt.%) element compositions of selected feldspars in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S4 major (wt.%) element compositions of selected pyroxenes in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S5 trace (ppm) element compositions of selected pyroxenes in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S6 major (wt.%) element compositions of selected olivines in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S7 major (wt.%) element compositions of selected apatites in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .
DOI: 10.6084/m9.figshare.24442462.v1
title: Mineralogical Constraints on Magma Recharge and Mixing of the Post-collisional Potassic Volcanic Rocks in Dahongliutan, NW Tibetan Plateau

description: Table S1 major (wt.%) and trace element(10-6) compositions of reference materials and trace element compositions of blank (10-9).Table S2 major (wt.%) and trace element(10-6) compositions of the post-collisional potassic rocks in Dahongliutan volcanic field of NW Tibetan Plateau.Table S3 major (wt.%) element compositions of selected feldspars in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S4 major (wt.%) element compositions of selected pyroxenes in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S5 trace (ppm) element compositions of selected pyroxenes in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S6 major (wt.%) element compositions of selected olivines in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .Table S7 major (wt.%) element compositions of selected apatites in post-collisional potassic rocks from Dahongliutan volcanic field of NW Tibetan Plateau .
DOI: 10.5281/zenodo.10045866
title: MUCOCELES SUPERFICIAIS ORAIS: UMA ANÁLISE DAS ASSOCIAÇÕES CLÍNICAS, ETIOPATOGENIA E OPÇÕES DE TRATAMENTO.

description: A mucocele é uma lesão comum na mucosa oral, originada a partir das glândulas salivares menores. Este estudo se concentra nas mucoceles superficiais, um subtipo específico. O objetivo é analisar associações clínicas, etiopatogenia, recorrência e tratamento dessas lesões. Mucoceles superficiais têm associações com várias condições sistêmicas e locais, indicando uma resposta do sistema imunológico a condições subjacentes. A etiologia é complexa, com teorias que incluem obstrução dos ductos salivares e mecanismos inflamatórios. O tratamento varia, desde corticosteroides tópicos até abordagens cirúrgicas. Em resumo, compreender as mucoceles superficiais é crucial para diagnóstico e tratamento eficaz, com abordagens terapêuticas variadas, dependendo da etiologia.
DOI: 10.5281/zenodo.10045865
title: MUCOCELES SUPERFICIAIS ORAIS: UMA ANÁLISE DAS ASSOCIAÇÕES CLÍNICAS, ETIOPATOGENIA E OPÇÕES DE TRATAMENTO.

description: A mucocele é uma lesão comum na mucosa oral, originada a partir das glândulas salivares menores. Este estudo se concentra nas mucoceles superficiais, um subtipo específico. O objetivo é analisar associações clínicas, etiopatogenia, recorrência e tratamento dessas lesões. Mucoceles superficiais têm associações com várias condições sistêmicas e locais, indicando uma resposta do sistema imunológico a condições subjacentes. A etiologia é complexa, com teorias que incluem obstrução dos ductos salivares e mecanismos inflamatórios. O tratamento varia, desde corticosteroides tópicos até abordagens cirúrgicas. Em resumo, compreender as mucoceles superficiais é crucial para diagnóstico e tratamento eficaz, com abordagens terapêuticas variadas, dependendo da etiologia.
DOI: 10.6084/m9.figshare.24447370
title: <b>Published article data</b>

description: This data are published in Communications Biology by Fujino, et all. Title, <b>Metastases and treatment-resistant lineages in patient-derived cancer cells of colorectal cancer</b>.
DOI: 10.6084/m9.figshare.24447370.v1
title: <b>Published article data</b>

description: This data are published in Communications Biology by Fujino, et all. Title, <b>Metastases and treatment-resistant lineages in patient-derived cancer cells of colorectal cancer</b>.
DOI: 10.17608/k6.auckland.24406057
title: Supplementary data for: enzymic recognition of amino acids drove the evolution of primordial genetic codes

description: This repository contains sequence metadata, fasta files, BEAST 2 xml files, and phylogenetic trees for our aminoacyl-tRNA synthetase (AARS) analyses. Main article: Enzymic recognition of amino acids drove the evolution of primordial genetic codes.<b>Contents</b>accessions.tsv: AARS sequence metadata<i>Sequence only trees:</i>class1.fasta and class2.fasta: alignment of all the common elements of the Class I and II catalytic domainsclass1.xml and class2.xml: BEAST 2 input files. Requires BEAST 2.7.5, with the OBAMA and BICEPS packages installedclass1.nexus and class2.nexus: maximum clade credibility trees from these XML files<br><i>Insertion module + sequence trees:</i>class1.im.xml and class2.im.xml: BEAST 2 input files. Requires BEAST 2.7.5, with the OBAMA, BICEPS, and IndelDollo packages installedclass1.im.nexus and class2.im.nexus: maximum clade credibility trees from these XML files