Shore E M, Kaplan F S
Department of Orthopaedic Surgery, University of Pennsylvania School of Medicine, Philadelphia.
Clin Orthop Relat Res. 1994 Sep(306):264-83.
A fundamental understanding of all biological processes requires an understanding of the molecular basis of cellular function. The discipline of molecular biology focuses on the genetic information in cells: how is the inherited information encoded within DNA and how is this information regulated and expressed so that the cells of a multicellular organism develop from a single cell to highly specialized cells in a complex and integrated organism? For the practicing clinician, an understanding of the molecular mechanisms by which a differentiated cell develops and maintains its specialized functions is critical to a more in-depth understanding of human diseases. This is the 1st of a 3 part series on molecular biology for the clinician. This article introduces general principles of nucleic acid and gene structure. The 2nd article will examine commonly used research and diagnostic techniques based on the principles of molecular biology. The 3rd part will examine the frontiers of gene therapy, a novel approach to the treatment human diseases at the molecular level.
对所有生物过程的基本理解需要对细胞功能的分子基础有所了解。分子生物学学科专注于细胞中的遗传信息:遗传信息如何编码在DNA中,以及这些信息如何被调控和表达,以便多细胞生物体的细胞从单个细胞发育成为复杂且整合的生物体中的高度特化细胞?对于临床医生而言,了解分化细胞发育并维持其特定功能的分子机制对于更深入理解人类疾病至关重要。这是为临床医生撰写的分子生物学系列文章的第1部分,共3部分。本文介绍核酸和基因结构的一般原理。第2篇文章将探讨基于分子生物学原理的常用研究和诊断技术。第3部分将探讨基因治疗的前沿领域,这是一种在分子水平治疗人类疾病的新方法。