Identification of Nucleotide Variants to Analyse Quantitative Trait Loci (QTL) in Drought Resistant Mulberry Cultivars

Mulberry (Morus Indica) leaves have gained commercial and economical importance in India by domesticated sericulture practices. Genetic engineering has paved way to enhance the breeding adroitness developing transgenic plants. Multifarious approaches are being carrying out researchers increase yield of mulberry throughout fluctuating climatic conditions followed differing biotic abiotic stress. Identification genetic markers mapping within genus for a target specific growth challenging so far they substantiated complications effectively. Significance allelic variants distinguished various like RADP, RFLP, AFLP, ISSR, SSR, SNPs regulates characterization each linkage relevance with Linkage disequilibrium score across GWA Study, Association mapping, QTL investigated emphasis on crop amelioration. A concise account applications understanding morphological changes accordance genotypic phenotypic characteristics.