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Articles by S.K. Kazemitabar
Total Records ( 2 ) for S.K. Kazemitabar
  M.R. Rahemi , S.K. Kazemitabar , A. Moumeni and A.A. Ebadi
  Molecular markers are the best method for evaluation of genetic diversity in life. In this study 72 cultivars those indicated types Indica and Japonica, performed at Iranian Rice Research Institute, Rasht Iran. For assessment of genetic diversity, the Waxy gene locus link to controller trait amylose content, used from two oligo nucleotide (484 and 485). Consequently, perform PCR reactions and scoring. Rice cultivars have been screened representing current important Iran germplasm using primers flanking the Waxy microsatellite. According to earned information in this study, seven classes of Waxy microsatellite, containing (CT)n repeats were detected, ranging from n = 7 to 20. The amplified PCR products ranged from 102 to 128 bp in length and represented the (CT)n repeats of (CT)7, (CT)8, (CT)14, (CT)17, (CT)18, (CT)19 and (CT)20, that according to Iranian germplasm cultivars earn seven classes for in gene locus, that regularity explained per classes of 70, 72, 78.95, 80 and 70%.
  Kiani Sh , G.A. Ranjbar , S.K. Kazemitabar , S.K. Kazemitabar , N. B. Jelodar , M. Nowrozi and N. Bagheri
  Gelatinization Temperature (GT) and Gel Consistency (GC) are important traits in determination of rice quality. In present study four rice cultivars namely Sang-e-Tarrom, Gerdeh, IR229 and IRRI2 have been utilized in hybridization as parents. In order to know about genetic characteristics and inheritance of the related traits, direct and reciprocal crosses have been conducted between parents Sang-e-Tarrom and Gerdeh and between IR229 and IRRI2. Inheritance of related traits have been studied in direct and reciprocal hybridizations for hard, intermediate and soft GC, low and high GT. For these evaluations P1, P2, F1, F2, BC1, BC2 generations and their reciprocal crosses have been utilized in present study. Results showed that gene hard GC dominates on intermediate and soft and also intermediate GT dominates on low. From direct and reciprocal crosses Gerdeh x Sang-e-Tarrom and IR229 x IRRI2 have been illustrated that GC and GT expressions are under monogenic control of one major gene corresponding with several modifier genes. Gene dosage effects play a tremendously important and effective role in segregation production among traits. Regarding to the obtained results selections can effectively be performed in later segregation generations for GC and in early generations for GT.
 
 
 
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