A 2001 molecular study supported the inclusion of Mycenastrum corium in the Lycoperdales, where it was traditionally placed.
A 2004 molecular study supports the redback's status as a distinct species, as does the unique abdomen-presenting behaviour of the male during mating.
A 2006 molecular study supports the division of phocids into two monophyletic subfamilies: Monachinae, which consists of Mirounga, Monachus and Lobodontini; and Phocinae, which includes Pusa, Phoca, Halichoerus, Histriophoca, Pagophilus, Erignathus and Cystophora.
Molecular studies support the hypothesis that Corsica Island was a glacial refugium for a number of forest birds during the Pleistocene.
Nonetheless, molecular studies support the view that some vesicomyid clams spread easily along continental margins and trans-Pacific migrations have been suggested for several species by molecular studies [103].
Most molecular studies support paraphyly of crustaceans with respect to hexapods.
Recent molecular studies support the position of the Echiura, traditionally ranked as a separate phylum, within the capitellids.
Several lines of evidence from molecular studies support the idea that these tumours are biologically distinct and may arise through distinct oncogenic pathways.
Epidemiologic and molecular studies support that persistent infections with high-risk types of human papillomavirus (HPV) are essential but not exclusive prerequisites for cervical Carcinogenesis [2].
Subsequent molecular studies support these observations [ 16, 21], and suggest that the metabolic complementarity observed between Cicadomorpha-associated Sulcia and the companion endosymbiont is made possible by their close physical proximity which enables cross-feeding of metabolites [ 21].
