A family of tissue-specific resistin-like molecules

Claire M. Steppan(University of Pennsylvania), Elizabeth Brown(University of Pennsylvania), Christopher M. Wright(University of Pennsylvania), Savitha Bhat(University of Pennsylvania), Ronadip R. Banerjee(University of Pennsylvania), Charlotte Y. Dai(University of Pennsylvania), Gregory H. Enders(University of Pennsylvania), Debra G. Silberg(University of Pennsylvania), Xiaoming Wen(University of Pennsylvania), Gary D. Wu(University of Pennsylvania), Mitchell A. Lazar(University of Pennsylvania)
Proceedings of the National Academy of Sciences
January 16, 2001
Cited by 645Open Access

Abstract

We have identified a family of resistin-like molecules (RELMs) in rodents and humans. Resistin is a hormone produced by fat cells. RELMalpha is a secreted protein that has a restricted tissue distribution with highest levels in adipose tissue. Another family member, RELMbeta, is a secreted protein expressed only in the gastrointestinal tract, particularly the colon, in both mouse and human. RELMbeta gene expression is highest in proliferative epithelial cells and is markedly increased in tumors, suggesting a role in intestinal proliferation. Resistin and the RELMs share a cysteine composition and other signature features. Thus, the RELMs together with resistin comprise a class of tissue-specific signaling molecules.


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