CONTROL OF A FACTOR RECEPTOR ACTIVITY IN YEAST A CELLS
Project Number2R01GM034719-04
Contact PI/Project LeaderJENNESS, DUANE D
Awardee OrganizationUNIV OF MASSACHUSETTS MED SCH WORCESTER
Description
Abstract Text
The division cycle of yeast a cells is inhibited by the peptide
pheromone, alpha-factor. After prolonged exposure to alpha-
factor, a cells "adapt" to the pheromone and resume cell division.
The proposed research examines the role of alpha-factor
receptors in the control of these processes. Detailed
understanding of this very basic process in yeast should provide
information for a more general understanding of receptor action
and cell division control in other organisms as well. A genetic
approach will be applied to this problem. Mutants will be isolated
which alter the responsiveness of a cells to alpha-factor.
Defects in the processes that control receptor activity will be
evaluated by performing pheromone binding and immunochemical
assays. The control of cell division by polypeptide hormones has
obvious medical significance.
Public Health Relevance Statement
Data not available.
NIH Spending Category
No NIH Spending Category available.
Project Terms
Saccharomyces autoradiography binding proteins cell cell interaction cell cycle chemical binding cytogenetics fungal genetics gel electrophoresis gene complementation gene expression genetic manipulation genetic mapping genetic regulation high performance liquid chromatography hormone regulation /control mechanism ion exchange chromatography membrane activity molecular cloning molecular genetics nucleic acid sequence peptide hormone plasmids protein biosynthesis receptor structural genes temperature sensitive mutant
No Sub Projects information available for 2R01GM034719-04
Publications
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Clinical Studies
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