Comparative Genomics of extinct extant groups

Modern deoxyribonucleic acid technological approaches have progressed in such the simplest way that we've got been able to notice similarity among organisms and trace for biological process mechanisms even for a fate of a few nucleotides and also estimate the path and time of evolutionary diversions among various organisms.

Not solely from social science purpose of read, however conjointly from similarity of deoxyribonucleic acid sequences we've got evidenced that Homo sapiens arose when crossbreeding in between 2 species of Homo. Furthermore, careful investigations on deoxyribonucleic acid isolated from the fossil bones (fossilized bone marrow) biologists and biochemists have established modes of origin of Neanderthal and different Homo species as well as Homo sapiens.Among plants, DNA samples obtained from many fern genera and also among grasses, evolutionary biologists have offered new pathways for the emergence of new and related genera and species. Papers dealing with the fossil group and intimately related extant genera or species would be welcome for this session.

Sub Tracks

.•    Molecular Evolution
•    Genome Evolution
•    Genetic Divergence
•    Genome Duplication