A phylogeny of Diprotodontia (Marsupialia) based on sequences for five nuclear genes

Keyphrases

• Nuclear Genes 100%
• Phylogeny 100%
• Diprotodontia 100%
• Marsupialia 100%
• Phalangeridae 85%
• Possum 57%
• Aphelocheiridae 57%
• Petauridae 57%
• Paraphyly 42%
• Macropodidae 42%
• Ancestral State Reconstruction 28%
• Bayesian Methods 28%
• Marsupial 28%
• Vombatiformes 28%
• Kangaroo 28%
• Potoroidae 28%
• Burramyidae 28%
• Mid-Miocene 14%
• Common Ancestor 14%
• Phylogenetic Relationship 14%
• Divergence Time 14%
• Divergence 14%
• Molecular Data 14%
• Relaxed Molecular Clock 14%
• Breast Cancer Susceptibility Gene 1 (BRCA1) 14%
• Wombat 14%
• Multigene 14%
• RAG1 14%
• Apolipoprotein B (Apo B) 14%
• Living Species 14%
• Maximum Parsimony 14%
• Maximum Likelihood Method 14%
• Protein-coding Genes 14%
• Koala 14%
• Early Miocene 14%
• Sequence Data 14%
• Tree Kangaroo 14%
• Patagium 14%
• Early Eocene 14%
• Dendrolagus 14%
• Model-based Method 14%
• Late Paleocene 14%
• Dating Analyses 14%
• Macropodiformes 14%

Agricultural and Biological Sciences

• Cladistics 100%
• Diprotodontia 100%
• Marsupial 100%
• Phalangeridae 54%
• Possums 36%
• Pseudocheiridae 36%
• Petauridae 36%
• Acrobatidae 36%
• Macropodidae 27%
• Tarsipedidae 27%
• Potoroidae 18%
• Burramyidae 18%
• Koala 9%
• Molecular Clock 9%
• Dendrolagus 9%
• Patagium 9%
• Paraphyly 9%