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有读书笔记有附件Proof-of-concept trials for lung stem cell therapy

Seedson 添加于 2011-12-18 22:04 | 1721 次阅读 | 0 个评论
  •  作 者

    Rodman DM
  •  摘 要

    Proof-of-concept (PoC) trials are an important component of the new therapeutic development paradigm, contributing to the goal of accelerated progression from bench to bedside. Developing a simplified PoC strategy for lung stem or progenitor cell therapy can be helpful in focusing initial efforts and identifying methodologic hurdles in humans at a relatively early stage of development. In this article, the use of lung radiation injury as a model of epithelial injury and regeneration is proposed as a potential PoC strategy. Strengths of the approach include well-understood biology, predictive preclinical and translational models, a tractable human trial design, and the potential to improve outcome in an area of high unmet medical need. While significant hurdles remain, this approach could provide the first interpretable results within 4 years of the decision to proceed, thus greatly accelerating the translation of lung stem cell therapy to humans.
  •  详细资料

    • 文献种类:期刊
    • 期刊名称: Proceedings of the American Thoracic Society
    • 期刊缩写: Proc Am Thorac Soc
    • 期卷页: 2008  5 6 731-735
    • 地址: Translational Medicine Head, Respiratory Novartis Institutes for Biomedical Research, 400 Technology Square, Cambridge, MA 02139, USA. david.rodman@novartis.com
    • ISBN: 1546-3222
    • 备注:PMID:18684726
  •  标 签

  • 相关链接 DOI URL 

  •  附 件

    PDF附件Proof-of-concept trials for lung stem cell therapy 
  •  Seedson 的文献笔记  订阅

    Proof-of-concept trials for lung stem cell therapy.

    Proof-of-concept (PoC) trials are an important component of the new therapeutic development paradigm, contributing to the goal of accelerated progression from bench to bedside. Developing a simplified PoC strategy for lung stem or progenitor cell therapy can be helpful in focusing initial efforts and identifying methodologic hurdles in humans at a relatively early stage of development. In this article, the use of lung radiation injury as a model of epithelial injury and regeneration is proposed as a potential PoC strategy. Strengths of the approach include well-understood biology, predictive preclinical and translational models, a tractable human trial design, and the potential to improve outcome in an area of high unmet medical need. While significant hurdles remain, this approach could provide the first interpretable results within 4 years of the decision to proceed, thus greatly accelerating the translation of lung stem cell therapy to humans.

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