cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.10056268
title: AVALIAÇÃO DO GRAU DE MATURIDADE EM GESTÃO DO CONHECIMENTO: UM ESTUDO DE CASO EM UMA INSTITUIÇÃO ESCOLAR PÚBLICA

description: A Gestão do Conhecimento (GC) emergiu como fundamental em organizações públicas e privadas, desempenhando um papel crucial na melhoria da eficiência, inovação e tomada de decisões embasadas em dados. No contexto da Administração Pública, onde a entrega de serviços e a busca pela eficácia desempenham um papel central, a GC se torna ainda mais vital. À medida que as organizações públicas enfrentam demandas crescentes por transparência, responsabilidade e eficiência, a capacidade de gerenciamento, compartilhar e aplicar conhecimento se torna um diferencial significativo. Este artigo teve como objetivo explorar o uso de um instrumento para avaliação da GC em uma instituição escolar pública. Buscou-se examinar a mensuração e avaliação do grau de maturidade em GP; analisar o nível de maturidade em GC; e propor um plano de trabalho em GC para a instituição. Fundamentado pelo modelo de Batista (2012), a pesquisa foi realizada pela avaliação do grau de Maturidade em Gestão do Conhecimento utilizando um Instrumento para Avaliação da GC na Administração Pública, baseado nos 7 critérios: Liderança em GC, Processo, Pessoas, Tecnologia, Processos de GC, Aprendizagem e Inovação e Resultados de GC. A partir dos resultados foi possível identificar as principais lacunas de conhecimento estratégico e obtendo o nível de maturidade em Gestão do Conhecimento da Instituição de 145,5, encontrando-se no nível de Introdução, o que indica que há práticas de Gestão do Conhecimento na área analisada. Por fim, a partir da apuração dos resultados, foi elaborado um Business Case justificando a importância da GC e um Plano de Gestão do Conhecimento, com um cronograma de sugestões de implementação de atividades visando oportunidades de melhorias na instituição.
DOI: 10.5281/zenodo.10056235
title: The ULS23 Challenge Public Training Dataset Part 6

description: This dataset contains part of the imaging data for the Universal Lesion Segmentation Challenge (ULS23). It contains lesion volumes-of-interest (VOI's) for part of the weakly annotated DeepLesion data. The annotations are made available through the Challenge repository on GitHub.The Universal Lesion Segmentation 2023 (ULS23) data is licensed under CC BY-NC-SA 4.0
DOI: 10.5281/zenodo.10056267
title: AVALIAÇÃO DO GRAU DE MATURIDADE EM GESTÃO DO CONHECIMENTO: UM ESTUDO DE CASO EM UMA INSTITUIÇÃO ESCOLAR PÚBLICA

description: A Gestão do Conhecimento (GC) emergiu como fundamental em organizações públicas e privadas, desempenhando um papel crucial na melhoria da eficiência, inovação e tomada de decisões embasadas em dados. No contexto da Administração Pública, onde a entrega de serviços e a busca pela eficácia desempenham um papel central, a GC se torna ainda mais vital. À medida que as organizações públicas enfrentam demandas crescentes por transparência, responsabilidade e eficiência, a capacidade de gerenciamento, compartilhar e aplicar conhecimento se torna um diferencial significativo. Este artigo teve como objetivo explorar o uso de um instrumento para avaliação da GC em uma instituição escolar pública. Buscou-se examinar a mensuração e avaliação do grau de maturidade em GP; analisar o nível de maturidade em GC; e propor um plano de trabalho em GC para a instituição. Fundamentado pelo modelo de Batista (2012), a pesquisa foi realizada pela avaliação do grau de Maturidade em Gestão do Conhecimento utilizando um Instrumento para Avaliação da GC na Administração Pública, baseado nos 7 critérios: Liderança em GC, Processo, Pessoas, Tecnologia, Processos de GC, Aprendizagem e Inovação e Resultados de GC. A partir dos resultados foi possível identificar as principais lacunas de conhecimento estratégico e obtendo o nível de maturidade em Gestão do Conhecimento da Instituição de 145,5, encontrando-se no nível de Introdução, o que indica que há práticas de Gestão do Conhecimento na área analisada. Por fim, a partir da apuração dos resultados, foi elaborado um Business Case justificando a importância da GC e um Plano de Gestão do Conhecimento, com um cronograma de sugestões de implementação de atividades visando oportunidades de melhorias na instituição.
DOI: 10.5281/zenodo.10056234
title: The ULS23 Challenge Public Training Dataset Part 6

description: This dataset contains part of the imaging data for the Universal Lesion Segmentation Challenge (ULS23). It contains lesion volumes-of-interest (VOI's) for part of the weakly annotated DeepLesion data. The annotations are made available through the Challenge repository on GitHub.The Universal Lesion Segmentation 2023 (ULS23) data is licensed under CC BY-NC-SA 4.0
DOI: 10.26188/24329233
title: transcriptome_evaluation.txt

description: Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.
DOI: 10.26188/24329251
title: maker_opts.ctl

description: Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.
DOI: 10.26188/24329242.v1
title: Dunnart_asm_12-2021_sm_BUSCO_summary.txt

description: Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.
DOI: 10.26188/24329248.v1
title: maker_bopts.ctl

description: Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.
DOI: 10.26188/24329242
title: Dunnart_asm_12-2021_sm_BUSCO_summary.txt

description: Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.
DOI: 10.26188/24329248
title: maker_bopts.ctl

description: Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.
DOI: 10.26188/24329251.v1
title: maker_opts.ctl

description: Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.
DOI: 10.26188/24329116
title: Sminthopsis_crassicaudata_1.gtf

description: Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (\textit{Sminthopsis crassicaudata}), a mouse-like marsupial that, due to its ease of husbandry and \textit{ex-utero} development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue \textit{de novo} transcriptome assembly of dunnart RNA-seq reads spanning [\hl{15?}] tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93\% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and \textit{ab initio} predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.
DOI: 10.26188/24329119
title: Dunnart_asm_12-2021_sm.fa

description: Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.
DOI: 10.26188/24329209
title: Dunnart_trinity_k29_BUSCO_summary.txt

description: Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.
DOI: 10.26188/24329209.v1
title: Dunnart_trinity_k29_BUSCO_summary.txt

description: Marsupials exhibit highly specialized patterns of reproduction and development, making them uniquely valuable for comparative genomics studies with their sister lineage, eutherian (also known as placental) mammals. However, marsupial genomic resources still lag far behind those of eutherian mammals, limiting our insight into mammalian diversity. Here, we present a series of novel genomic resources for the fat-tailed dunnart (<em>Sminthopsis crassicaudata</em>), a mouse-like marsupial that, due to its ease of husbandry and <em>ex-utero</em> development, is emerging as a laboratory model. To enable wider use, we have generated a multi-tissue <em>de novo</em> transcriptome assembly of dunnart RNA-seq reads spanning 15 tissues. This highly representative transcriptome is comprised of 2,093,982 assembled transcripts, with a mean transcript length of 830 bp. The transcriptome mammalian BUSCO completeness score of 93% is the highest amongst all other published marsupial transcriptomes. Additionally, we report an improved fat-tailed dunnart genome assembly which is 3.23 Gb long, organized into 1,848 scaffolds, with a scaffold N50 of 72.64 Mb. The genome annotation, supported by assembled transcripts and <em>ab initio</em> predictions, revealed 21,622 protein-coding genes. Altogether, these resources will contribute greatly towards characterizing marsupial biology and mammalian genome evolution.