Metabolic pathway responsive gene encoding enzyme anchored EST–SSR markers based genetic and population assessment among Capsicum accessions

Gene encoding enzyme based EST–SSR markers are more potent or functional marker system to evaluate astounding genetic and structural differentiation in plants. It is very useful shaping divergences metabolic fingerprinting, ecological interactions, conservation adaptation among Therefore, gene mediated were used presently population structure 48 Capsicum accessions. Total of 35 was generated 184 alleles at loci with an average 5.25 per locus. The value polymorphic information content, index discriminating power 0.40, 0.232, 0.216 respectively which revealed noteworthy degree efficacy their competency further supported by primer polymorphism (93.57%) cross transferability (44.52%). A significant variability (Na = 1.249, Ne 1.269, I 0.247, He 0.163, uHe 0.183) identified the accession using markers. mean for Nei diversity, total species diversity (Ht), within (Hs) 0.277, 0.240 0.170 respectively. coefficient (Gst) 0.296 indicating flow (Nm) 1.189, reflect a constant populations. AMOVA similarly principal coordinate analysis different population. Thus, represent estimation relationship helpful relationships variations studies