Andere Kunden interessierten sich auch für
![Genetic analysis of Adi ¿ dravida population using Genomic Markers]( "Genetic analysis of Adi ¿ dravida population using Genomic Markers")
Genetic analysis of Adi ¿ dravida population using Genomic Markers36,99 €![DNA profiling and genetic diversity analysis of Capsicum frutescens]( "DNA profiling and genetic diversity analysis of Capsicum frutescens")
DNA profiling and genetic diversity analysis of Capsicum frutescens23,99 €![Phylogeny of Curcuma spp. using morphological and molecular markers]( "Phylogeny of Curcuma spp. using morphological and molecular markers")
Phylogeny of Curcuma spp. using morphological and molecular markers40,99 €![Genetic Diversity of Medicinal Plant Using RAPD Markers]( "Genetic Diversity of Medicinal Plant Using RAPD Markers")
Genetic Diversity of Medicinal Plant Using RAPD Markers32,99 €![Characterization of Apple (Malus domestica L.) Germplasm]( "Characterization of Apple (Malus domestica L.) Germplasm")
Characterization of Apple (Malus domestica L.) Germplasm26,99 €![Biodiversity Assessment in Ocimum using molecular markers]( "Biodiversity Assessment in Ocimum using molecular markers")
Biodiversity Assessment in Ocimum using molecular markers44,99 €![GENETIC FIDELITY OF IN VITRO RAISED PLANTS OF GLORIOSA SUPERBAL]( "GENETIC FIDELITY OF IN VITRO RAISED PLANTS OF GLORIOSA SUPERBAL")
GENETIC FIDELITY OF IN VITRO RAISED PLANTS OF GLORIOSA SUPERBAL29,99 €
Phylogenetic relationship among local and exotic genotypes of Capsicum were elaborated through morphological characterization and molecular markers.Protocols for isolation of total genomic DNA and seed storage proteins were optimized for Capsicum genotypes. Four RAPD primers were used to amplify genomic DNA. Unweighted Pair Group of Arithmetic Means (UPGMA) estimates of Genetic distances (GD) using RAPD primers ranged from 0 to 100%. Total seed storage proteins profile of the genotypes using SDS-PAGE analysis showed high range of genetic distances i.e. from 0 100% among various comparisons.The data obtained from PCR and SDS-PAGE was also used to study phylogenetic relationship through constructing two independent dendrograms. Dendrogram based on DNA data showed that the twenty-five genotypes were clustered into four groups.No such grouping was visible in the dendrogram based on the SDS-PAGE. Hence it was concluded that DNA based data is more useful for phylogenetic elaboration ofCapsicum genotypes. Further morphogenetic and taxonomic study is recommended for assessment of the exact taxonomic status of genotypes segregated into different groups.