However, molecular analyses still have limitations, since molecular biomarkers are integrated into complex pathways and can rarely be directly used in daily oncologic practice.
Recent molecular phylogenetic analyses, however, suggest separation of the group into two individual infraorders, Gebiidea and Axiidea.
Linkage and molecular genetic analyses, however, revealed two independent mutations: a mutation in one MMR gene (MSH2) and in one BC susceptibility gene (BRCA2).
However, molecular analyses performed during the 1990s have revealed a close evolutionary relationship between giant pandas and bears.
The kipunji (Rungwecebus kipunji) was initially placed in the genus Lophocebus after its discovery in 2005; however, molecular analyses performed in 2006 determined that R. kipunji was more closely related to baboons than to mangabeys.
However, molecular analyses as well as archeological considerations (see below) suggest that this occupation of the Levant was ephemeral and that the definitive human exodus that gave rise to all extant human populations came later than this, at around 85,000 years ago or less (Harpending and Rogers 2000).
However, molecular analyses have confirmed that chicks hatching from white, pale blue and blue parasite eggs in ashy-throated parrotbills in the study area belong to only one species, the common cuckoo [Yang C, Wei L, unpubl. data].
However, molecular analyses targeting the nifH gene, encoding the conserved iron protein subunit of the nitrogenase enzyme complex, led to the realization that unicellular cyanobacteria are also significant contributors to N2 fixation in tropical and subtropical oceans [7].
However, molecular analyses of samples from different parts of the world also show deep divergences among lineages, suggesting L. exotica is a complex of cryptic species (Hurtado et al., unpublished).
