Coordinating early kidney development: lessons from gene targeting

S Vainio, Y Lin - Nature Reviews Genetics, 2002 - nature.com
S Vainio, Y Lin
Nature Reviews Genetics, 2002nature.com
The kidney is widely used to study the mechanisms of organogenesis. Its development
involves fundamental processes, such as epithelial branching, induced morphogenesis and
cytodifferentiation, which are common to the development of many other organs. Gene-
targeting experiments have greatly improved our understanding of kidney development, and
have revealed many important genes that regulate early kidney organogenesis, some of
which have a role in inherited human kidney disorders. Although our understanding of how …
Abstract
The kidney is widely used to study the mechanisms of organogenesis. Its development involves fundamental processes, such as epithelial branching, induced morphogenesis and cytodifferentiation, which are common to the development of many other organs. Gene-targeting experiments have greatly improved our understanding of kidney development, and have revealed many important genes that regulate early kidney organogenesis, some of which have a role in inherited human kidney disorders. Although our understanding of how the kidney is assembled is still limited, these studies are beginning to provide insights into the genetic and cellular interactions that regulate early organogenesis.
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