(BIOTECHNOLOGICAL STUDIES ON SUGAR BEET ( BETA VULGARIS
ABO BAKR AL SEDIK AHMED ALY YOUSSEF;
Abstract
ABSTRACT
Sugar beet (Beta vulgaris L.) is an important industrial crop to produce sugar. The
sugar beet production is often limited by environmental conditions that cause reduced
photosynthesis rates, root development and sucrose accumulation. In order to improve
development of sugar beet crop with increased drought tolerance, is the understand
plant response to drought stress at the genomic level needed. Recent research efforts
have focused on studying gene expression under environmental stresses to identify
water deficit inducible genes. This work focused on using qRT- PCR for studying
gene expression in sugar beet under in vitro drought stress conditions.
Sugar beet (Beta vulgaris L.) is an important industrial crop to produce sugar. The
sugar beet production is often limited by environmental conditions that cause reduced
photosynthesis rates, root development and sucrose accumulation. In order to improve
development of sugar beet crop with increased drought tolerance, is the understand
plant response to drought stress at the genomic level needed. Recent research efforts
have focused on studying gene expression under environmental stresses to identify
water deficit inducible genes. This work focused on using qRT- PCR for studying
gene expression in sugar beet under in vitro drought stress conditions.
Other data
| Title | (BIOTECHNOLOGICAL STUDIES ON SUGAR BEET ( BETA VULGARIS | Other Titles | دراسات بيوتكنولوجية علي بنجر السكر. | Authors | ABO BAKR AL SEDIK AHMED ALY YOUSSEF | Issue Date | 2018 |
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