Moore, Joyce
(1991)
Studies of the Relationship Between mRNA Stability and Gene Function in Saccharomyces cerevisiae.
PhD thesis, University of Glasgow.
Full text available as:
Abstract
Twelve S. cerevisiae cDNAs, characterised by Santiago (1986) on the basis of the half-lifes of the respective mRNAs, have been partially or completely sequenced. To four have been assigned a definite function. cDNA10, which generates a long half-life mRNA, encodes the glucose-inducible form of the glycolytic enzyme, enolase. cDNAs 90, 39 and 13, each of which generates a short half-life mRNA, encode ribosomal proteins L3, L29 and YL6 respectively. cDNA46, which generates a long half-life mRNA, is related to a mouse gene of unknown function, MER5. In addition, there is circumstantial evidence that among the unidentified cDNAs that generate short half-life mRNAs are several that encode ribosomal proteins.
Item Type: |
Thesis
(PhD)
|
Qualification Level: |
Doctoral |
Keywords: |
Genetics |
Date of Award: |
1991 |
Depositing User: |
Enlighten Team
|
Unique ID: |
glathesis:1991-77041 |
Copyright: |
Copyright of this thesis is held by the author. |
Date Deposited: |
14 Jan 2020 09:22 |
Last Modified: |
14 Jan 2020 09:22 |
URI: |
http://theses.gla.ac.uk/id/eprint/77041 |
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