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1.
Rev. cuba. inform. méd ; 14(2): e520, jul.-dic. 2022. graf
Artigo em Espanhol | LILACS, CUMED | ID: biblio-1408543

RESUMO

Para los neurocientíficos constituye un desafío realizar un seguimiento de los datos y metadatos generados en cada investigación y extraer con precisión toda la información relevante, hecho crucial para interpretar resultados y requisito mínimo para que los investigadores construyan sus investigaciones sobre los hallazgos anteriores. Se debe mantener tanta información como sea posible desde el inicio, incluso si esta pudiera parece ser irrelevante, además de registrar y almacenar los datos con sus metadatos de forma clara y concisa. Un análisis preliminar sobre la literatura especializada arrojó ausencia de una investigación detallada sobre cómo incorporar la gestión de datos y metadatos en las investigaciones clínicas del cerebro, en términos de organizar datos y metadatos completamente en repositorios digitales, recopilar e ingresar estos teniendo en cuenta su completitud, y sacar provecho de dicha recopilación en el proceso de análisis de los datos. Esta investigación tiene como objetivo caracterizar conceptual y técnicamente los datos y metadatos de neurociencias para facilitar el desarrollo de soluciones informáticas para su gestión y procesamiento. Se consultaron diferentes fuentes bibliográficas, así como bases de datos y repositorios tales como: Pubmed, Scielo, Nature, Researchgate, entre otros. El análisis sobre la recopilación, organización, procesamiento y almacenamiento de los datos y metadatos de neurociencias para cada técnica de adquisición de datos (EEG, iEEG, MEG, PET), así como su vínculo a la estructura de datos de imágenes cerebrales (BIDS) permitió obtener una caracterización general de cómo gestionar y procesar la información contenida en los mismos(AU)


For neuroscientists, it is a challenge to keep track of the data and metadata generated in each investigation and accurately extract all the relevant information, a crucial fact to interpret results and a minimum requirement for researchers to build their investigations on previous findings. Keep as much information as possible from the start, even if it may seem irrelevant and record and store the data with its metadata clearly and concisely. A preliminary analysis of the specialized literature revealed an absence of detailed research on how to incorporate data and metadata management in clinical brain research, in terms of organizing data and metadata completely in digital repositories, collecting and inputting them taking into account their completeness. , and take advantage of such collection in the process of data analysis. This research aims to conceptually and technically characterize neuroscience data and metadata to facilitate the development of computer solutions for its management and processing. Different bibliographic sources were consulted, as well as databases and repositories such as: Pubmed, Scielo, Nature, Researchgate, among others. The analysis on the collection, organization, processing and storage of neuroscience data and metadata for each data acquisition technique (EEG, iEEG, MEG, PET), as well as its link to the brain imaging data structure (BIDS) allowed to obtain a general characterization of how to manage and process the information contained in them(AU)


Assuntos
Humanos , Masculino , Feminino , Informática Médica , Aplicações da Informática Médica , Linguagens de Programação , Armazenamento e Recuperação da Informação/métodos , Metadados , Neurociências
2.
Chinese Journal of Medical Science Research Management ; (4): 81-85, 2022.
Artigo em Chinês | WPRIM | ID: wpr-934443

RESUMO

Objective:By strengthening the management of external provision of data generated by clinical trials in medical institutions, to improve the effectiveness of supervision of human genetic resource information, and to promote the legal sharing and effective use of data.Methods:Analyzed problems identified in filing human genetic resource information in clinical trials since July 1, 2019, put forward possible solutions and suggestions.Results:Main problems were identified in external provision of human genetic resource information, including the specification and time limit of external provision of information, the information recipient, the storage location and the final disposal method of information.Conclusions:Hospital and regulatory authority need to carry out more tailored training, optimize management systems and procedures in order to strengthen the management of the external provision of human genetic resources information.

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