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Since salinization of soil is an important worldwide problem, identification of salt tolerant plants and their underlying mechanism for salt tolerance is an important phenomenon in distinguishing plant salinity relation. The biochemical and molecular study showed that there is variability in salt tolerance behaviour in soybean genotypes. There is clear indication of role of antioxidant defence system in conferring slat-tolerance and sensitiveness in soybean genotypes. Moreover our data suggest that RAPD markers are suitable to assess genetic diversity between different local populations and to…mehr

Produktbeschreibung
Since salinization of soil is an important worldwide problem, identification of salt tolerant plants and their underlying mechanism for salt tolerance is an important phenomenon in distinguishing plant salinity relation. The biochemical and molecular study showed that there is variability in salt tolerance behaviour in soybean genotypes. There is clear indication of role of antioxidant defence system in conferring slat-tolerance and sensitiveness in soybean genotypes. Moreover our data suggest that RAPD markers are suitable to assess genetic diversity between different local populations and to examine genetic relationships. Therefore, the present study may aid breeders interested in selecting genetically diverse source for salt tolerant and sensitiveness for broadening the genetic base as well as for development of mapping population of soybean genotypes.
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Autorenporträt
Dr. Faheema Khan is currently working as an assistant professor, Department of Microbiology and Botany, King Saud University, Riyadh, Kingdom of Saudi Arabia. She was awarded PhD (Botany) in 2010 by Jamia Hamdard, New Delhi. Dr. Faheema has about 7 years of teaching/research experience in plant physiology and molecular biology.