volume 49, issue 3, P39-50 2016
DOI: 10.1515/cerce-2016-0024
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H.A. Freeg, G.B. Anis, A.A. Abo-Shousha, A.N. El-Banna, A. El-Sabagh

Abstract: Abstract Rice is the most important food crop for the developing world. Hence, identifying rice genotypes to drought tolerance for using as donors in breeding is one of the most important challenges for rice research. Therefore, Molecular markers are useful tools to determine genetic diversity and identifying rice genotypes to drought tolerance. In the present study, A number of 41 rice genotypes with different drought tolerance from different geographic locations were evaluated for genetic diversity by using …

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