Nosso grupo organiza mais de 3.000 Séries de conferências Eventos todos os anos nos EUA, Europa e outros países. Ásia com o apoio de mais 1.000 Sociedades e publica mais de 700 Acesso aberto Periódicos que contém mais de 50.000 personalidades eminentes, cientistas de renome como membros do conselho editorial.

Periódicos de acesso aberto ganhando mais leitores e citações
700 periódicos e 15 milhões de leitores Cada periódico está obtendo mais de 25.000 leitores

Indexado em
  • Índice Copérnico
  • Google Scholar
  • Abra o portão J
  • Genâmica JournalSeek
  • PesquisaBíblia
  • Biblioteca de Periódicos Eletrônicos
  • RefSeek
  • Universidade Hamdard
  • EBSCO AZ
  • OCLC – WorldCat
  • Catálogo online SWB
  • Biblioteca Virtual de Biologia (vifabio)
  • Publons
  • Fundação de Genebra para Educação e Pesquisa Médica
  • ICMJE
Compartilhe esta página

Abstrato

Enhancing Translational Medicine: Preclinical Imaging Meets Clinical Radiology

Koros Christos

Translational medicine, the process of translating scientific discoveries into practical applications for patient care, has gained momentum with the integration of preclinical imaging into clinical radiology. This article explores the synergistic relationship between preclinical imaging and clinical radiology, highlighting its potential to revolutionize healthcare by improving early disease detection, treatment monitoring, and personalized medicine. We discuss the feasibility, merits, and challenges of bridging the gap between preclinical and clinical imaging, ultimately emphasizing the promising future of this interdisciplinary approach in enhancing translational medicine.

MRI depicted abnormal or intervened tissue at quality and resolution sufficient for experimental studies. The paper discussed limitations of the clinical systems in preclinical imaging as well as challenges regarding the need of additional gadgets, modifications, or upgrades required for longitudinally scanning animals under anesthesia while monitoring their vital signs. Clinical imaging technologies can potentially make cost-effective and efficient contributions to preclinical efforts in obtaining anatomical, structural, and functional information from the underlying tissue while minimally compromising the data quality in certain situations.