EEF2 analysis challenges the monophyly of archaeplastida and chromalveolata

Biochemistry, Genetics and Molecular Biology

• Eukaryotic Translation 100%
• Translation Elongation 100%
• Elongation Factor 2 100%
• Chromalveolata 100%
• Monophyly 100%
• Archaeplastida 100%
• Cryptophyta 28%
• Rhizaria 28%
• Eukaryote 28%
• Green Alga 28%
• Red Alga 28%
• Heat Shock Protein 28%
• Amino Acids 14%
• Excavata 14%
• Cyanophora 14%
• Opisthokonta 14%
• Synapomorphy 14%
• Mesostigmata 14%
• Morphology 14%
• Plastid 14%
• Cyanobacteria 14%
• Amino Acid Substitution 14%
• Viridiplantae 14%
• Amoebozoa 14%
• Glaucophyta 14%
• Embryophyta 14%

Immunology and Microbiology

• Monophyly 100%
• Archaeplastida 100%
• Translation Elongation 100%
• Elongation Factor 2 100%
• Chromalveolata 100%
• Heat Shock 28%
• Eukaryote 28%
• Cryptophyta 28%
• Green Alga 28%
• Red Alga 28%
• Rhizaria 28%
• Plastid 14%
• Amoebozoa 14%
• Morphology 14%
• Cyanobacteria 14%
• Excavata 14%
• Opisthokonta 14%
• Amino Acid Substitution 14%
• Mesostigmata 14%
• Viridiplantae 14%
• Glaucophyta 14%
• Synapomorphy 14%
• Cyanophora 14%
• Amino Acid 14%
• Embryophyta 14%

Agricultural and Biological Sciences

• Eukaryotic Translation 100%
• Monophyly 100%
• Prothrombin 100%
• Chlorophyta 33%
• Heat Shock Protein 33%
• Cyanophora paradoxa 16%
• Plastid 16%
• Amino Acid Substitution 16%
• Viridiplantae 16%
• Synapomorphy 16%
• Glaucophyta 16%
• Amoebozoa 16%
• Mesostigmata 16%
• Cyanobacteria 16%
• Embryophyta 16%