Rice Genomics and Genetics 2015, Vol.6, No.2, 1-5
          
        
        
        
          5
        
        
          Netra and Prasad, 2007). In the present study also, a
        
        
          wide range of protein peptides (low to high molecular
        
        
          weights) showed the potential for discriminating rice
        
        
          genotypes and can create additional variability to
        
        
          supplement existing germplasm. The information
        
        
          gathered from cluster analysis could further be useful
        
        
          to identify contrasting parents which may further be
        
        
          useful in hybridization programmes (Maity et al.,
        
        
          2009). In conclusion, this investigation revealed
        
        
          moderate amount of genetic variation with reference
        
        
          to the total seed protein profiles, among the rice
        
        
          genotypes used in this study. Hence, it is highly
        
        
          important to include a significant number of rice
        
        
          genotypes to explore their genotypic diversity for
        
        
          future drought breeding programme in rice.
        
        
          
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