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O REDU é a ferramenta oficial da Universidade para o depósito, preservação, compartilhamento, reutilização e reprodutibilidade de todos os dados de pesquisa aqui gerados. Os dados podem não estar inseridos no REDU, mas é obrigatório o preenchimento do metadado direcionando o local do armazenamento dos Dados.
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81 to 90 of 12,420 Results
pdf categorias.pdf
Mar 10, 2026 - Categorias obtidas por meio de entrevistas sobre itinerário terapêutico de pacientes com trombose venosa profunda
Adobe PDF - 23.4 KB - MD5: a0df83902e8a9f4a3e9cc0b8f8c9ec1e
tabela com categorias e subcategorias.
REDU.docx.pdf
Mar 9, 2026 - Dados de replicação para: Poéticas da terra: diálogos entre arte, memória e ancestralidade
Adobe PDF - 22.3 MB - MD5: 24ceef1d9544bf82f5309c8921f98947
Dados primários
Dados Brutos C1.tab
Mar 9, 2026 - Dataset related to the study "Exploring the structure, functionality, and PET-degrading potential of a cutinase from a plastic-degrading microbial community", part of the thesis Development of microorganisms and enzymes for synthetic polymer degradation
Tabular Data - 3.3 KB - 16 Variables, 12 Observations - UNF:6:PjJYsxLP9c/Ok4K6EAJSjQ==
Raw absorbance data used to determine enzyme activity under different pH, temperature, and thermostability conditions.
Dados HPLC C1.tab
Mar 9, 2026 - Dataset related to the study "Exploring the structure, functionality, and PET-degrading potential of a cutinase from a plastic-degrading microbial community", part of the thesis Development of microorganisms and enzymes for synthetic polymer degradation
Tabular Data - 3.9 KB - 18 Variables, 30 Observations - UNF:6:10RZVVGc/PenXYQNPB5JpA==
Processed HPLC data showing product quantification from enzymatic reactions using PET-derived substrates.
HPLC.zip
Mar 9, 2026 - Dataset related to the study "Exploring the structure, functionality, and PET-degrading potential of a cutinase from a plastic-degrading microbial community", part of the thesis Development of microorganisms and enzymes for synthetic polymer degradation
ZIP Archive - 7.8 MB - MD5: 1b15d1d8037d49f694eb83571c48718c
Unprocessed chromatographic data from HPLC analysis of enzymatic reactions with PET-derived substrates.
Substratos esteres.tab
Mar 9, 2026 - Dataset related to the study "Exploring the structure, functionality, and PET-degrading potential of a cutinase from a plastic-degrading microbial community", part of the thesis Development of microorganisms and enzymes for synthetic polymer degradation
Tabular Data - 3.4 KB - 19 Variables, 13 Observations - UNF:6:XVUkxhGeWqzfADtpdMSDQw==
Absorbance-based activity data from assays using model ester substrates.
Curva_de_Crescimento_Consorcios_BR4.tab
Mar 9, 2026 - Dataset related to the article "Plastic-degrading microbial communities reveal novel microorganisms, pathways, and biocatalysts for polymer degradation and bioplastic production" and the Thesis "Development of microrganisms and enzymes for synthetic polymer degradation"
Tabular Data - 401 B - 4 Variables, 21 Observations - UNF:6:F+qnns5JJQhzbdMk0AV6+g==
Growth data of microbial consortia and Pseudomonas sp. BR4 based on optical density (OD) readings over time.
FTIR.zip
Mar 9, 2026 - Dataset related to the article "Plastic-degrading microbial communities reveal novel microorganisms, pathways, and biocatalysts for polymer degradation and bioplastic production" and the Thesis "Development of microrganisms and enzymes for synthetic polymer degradation"
ZIP Archive - 228.8 KB - MD5: 971adcb047c3e429be298928843f5aa2
Raw FTIR spectra of PET films after incubation with microbial consortia.
MET.zip
Mar 9, 2026 - Dataset related to the article "Plastic-degrading microbial communities reveal novel microorganisms, pathways, and biocatalysts for polymer degradation and bioplastic production" and the Thesis "Development of microrganisms and enzymes for synthetic polymer degradation"
ZIP Archive - 24.3 MB - MD5: d79456154e02fcd4a0c4f10006f1fe6f
Transmission Electron Microscopy (TEM) images of Pseudomonas sp. BR4 highlighting intracellular polyhydroxyalkanoate (PHA) granules.
MEV-1.zip
Mar 9, 2026 - Dataset related to the article "Plastic-degrading microbial communities reveal novel microorganisms, pathways, and biocatalysts for polymer degradation and bioplastic production" and the Thesis "Development of microrganisms and enzymes for synthetic polymer degradation"
ZIP Archive - 712.5 MB - MD5: 9bed0ab2ef5b99070487aa1e44bc04cc
Scanning Electron Microscopy (SEM) images showing surface degradation of PET films after incubation with microbial consortia and Pseudomonas sp. BR4.
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