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Author(s) Gancedo JM Title Yeast carbon catabolite repression Source MICROBIOLOGY AND MOLECULAR BIOLOGY REVIEWS 62 (2): 334-+ Date 1998 JUN Type Journal : Review LCR: 2   NCR: 416   LCS: 0   GCS: 354 Comment   Address CSIC, Inst Invest Biomed, Unidad Bioquim & Genet Levaduras, E-28029 Madrid, Spain. Reprint Gancedo, JM, CSIC, Inst Invest Biomed, Unidad Bioquim & Genet Levaduras, Arturo Duperier 4, E-28029 Madrid, Spain. E-mail jmgancedo@iib.uam.es Abstract Glucose and related sugars repress the transcription of genes encoding enzymes required for the utilization of alternative carbon sources; some of these genes air also repressed by other sugars such as galactose, and the process is known as catabolite repression. The different sugars produce signals which modify the conformation of certain proteins that, in turn, directly or through a regulatory cascade affect the expression of the genes subject to catabolite repression. These genes are not all controlled by a single set of regulatory proteins, but there are different circuits of repression for different groups of genes. However, the protein kinase Snf1/Cat1 is shared by the various circuits and is therefore a central element in the regulatory process. Snf1 is not operative in the presence of glucose, and preliminary evidence suggests that Snf1 is in a dephosphorylated stare under these conditions. However the enzymes that phosphorylate and dephosphorylate Snf1 have not been identified, and it is not known how the presence of glucose may affect their activity. What has been established is that Snf1 remains active in mutants lacking either the proteins Grr1/Cat80 or Hxk2 or the Glc7 complex, which functions as a protein phosphatase. One of the main roles of Snf1 is to relieve repression by the Mig1 complex, but it is also required for the operation of transcription factors such as Adr1 and possibly other factors that are still unidentified. Although our knowledge of catabolite repression is still very incomplete, it is possible in certain cases to propose a partial model of the way in which the different elements involved in catabolite repression may be integrated. 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