MALTING AND BREWING SCIENCE: CHALLENGES AND OPPORTUNITIES*,†
НАУКА О СОЛОДОВАНИИ И ПИВОВАРЕНИИ: ПРОБЛЕМЫ И ВОЗМОЖНОСТИ*,†
1996-03-04
SCID: 54.1/2285eg4n
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barley breedingcell wall degradationgenetic engineeringmalt qualitystarch hydrolysis
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Abstract (AI)
Molecular technologies have been developed for the transformation of barley. These technologies complement current methods of barley breeding. In addition, they offer the potential of altering specific components in barley that affect malting quality and of introducing foreign genes, controlling desirable traits, into barley. Application of genetic engineering to improving malt quality factors such as cell wall degradation, protein modification, starch hydrolysis and flavour stability, is discussed. Limitations to the use of this technology for improving malt-related functional properties of barley components such as cell walls and starch granules are also evaluated. Some possible constraints to the utilization of genetic engineering for malt quality improvements are identified.
Key Findings
1
Biotechnology may enable introduction of foreign genes controlling desirable barley traits and alteration of specific quality-related components.
2
Genetic engineering could improve malt quality by modifying cell wall degradation, protein modification, starch hydrolysis, and flavor stability.
3
Molecular technologies complement conventional barley breeding and enable targeted modification of traits relevant to malting quality.
4
Potential constraints could restrict the practical use of genetic engineering for improving malt quality.
5
The abstract identifies limitations in modifying functional properties of barley cell walls and starch granules through genetic engineering.
Research Object
barley and malt produced from it
Research Subject
genetic engineering-based modification of barley components and traits affecting malting quality, including cell wall degradation, protein modification, starch hydrolysis, and flavour stability
Publication Details
Publication Date
1996-03-04
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