CU Molecular, Cellular, and Developmental Biology
MCDB Home > faculty > FacultyPublications > GoldLPublications > SELEX and the evolution of genomes
Document Actions

SELEX and the evolution of genomes


SELEX and the evolution of genomes.

54

The interrupted genome structures of complex multicellular organisms have most likely changed the evolution of the regulation of metabolism and development. Wasted intron sequences make regulation of gene expression in (for example) mammals appear to be unnecessarily complicated. The recent discoveries that globular RNA molecules are very much like the antigen-combining sites of antibodies suggest that intronic RNA may be used to help solve the problems raised by this complexity.


Gold L, Singer B, He YY, Brody E

Current opinion in genetics & development

1997-12-01 00:00

7

6

848-51

Evolution, Molecular,Genome,Introns,Linkage (Genetics),Models, Genetic,Proteins,RNA,Proteins,RNA

NeXstar Pharmaceuticals, Boulder, Colorado 80301, USA lgoldnexstarcom

Curr. Opin. Genet. Dev.


0959-437X


S0959-437X(97)80050-0


436

True

9468797

Edward Brody
University of Colorado Contact Us  |   Legal & Trademarks  |  Privacy