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GrainGenes Reference Report: EJB-194-831

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Reference
EJB-194-831
Title
The isolation and characterization of a barley 1 3-1 4-beta glucanase gene
Journal
European Journal of Biochemistry
Year
1990
Volume
194
Pages
831-838
Author
Litts JC
Simmons CR
Karrer EE
Huang N
Rodriguez RL
Type
Article
Language
English
Abstract
The barley gene encoding isozyme I of 1,3-1,4-.beta.-glucanase was isolated and sequenced. The 6260-bp region sequenced included 1885 bp of the 5'-flanking region, the entire coding region, an intron of 2490 bp, and 792 bp of the 3'-flanking region. The 1,3-1,4-.beta.- glucanase mRNA was found to be regulated at the level of RNA accumulation by both gibberellins (positively) and abscisic acid (negatively) in barley aleurones. The mRNA for isozyme II preferentially accumulated (70%) relative to the mRNA for isozyme I (30%) in poly(A)-rich RNA isolated from material including both the aleurone and the scutellum tissues. The gene family encoding 1,3- 1,4-.beta.-glucanase enzymes in barley was found to be comprised of two closely related genes, isozymes I and II, as well as several related sequences that could be identified by Southern blot analysis. The nucleotide sequence for the 5' untranslated leader and the coding region for the signal peptide of the isozymes II transcript were determined from a cDNA produced by the polymerase chain reaction. The structure of the protein encoded by the isozyme I gene is also discussed.
Probe
lambda_HV29
pHGHN29A
Keyword
Aleurone
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