Multiplicity of glutamic acid decarboxylases (GAD) in vertebrates: Molecular phylogeny and evidence for a new GAD paralog

Medicine & Life Sciences

• Glutamate Decarboxylase 92%
• Phylogeny 89%
• Vertebrates 67%
• Turtles 9%
• Goldfish 9%
• Zebrafish 7%
• Fishes 6%
• Fish Skates 5%
• Ciona intestinalis 5%
• Gadiformes 5%
• Finches 5%
• Chordata 5%
• Reptiles 5%
• Gene Duplication 4%
• Butyric Acid 4%
• Equidae 4%
• Oceans and Seas 4%
• Birds 4%
• Reverse Transcriptase Polymerase Chain Reaction 3%
• Ganglia 3%
• Mammals 3%
• Glutamic Acid 3%
• Neurotransmitter Agents 3%
• Complementary DNA 3%
• Genes 3%
• Central Nervous System 2%
• Genome 2%
• Enzymes 2%
• Brain 1%

Agriculture & Biology

• glutamate decarboxylase 100%
• vertebrates 56%
• phylogeny 42%
• Taeniopygia guttata 8%
• turtles 7%
• Danio rerio 7%
• Coryphaenoides armatus 6%
• Macrouridae 5%
• Trachemys scripta 5%
• Ciona intestinalis 4%
• Actinopterygii 4%
• Chordata 4%
• Carassius auratus 4%
• goldfish 4%
• gamma-aminobutyric acid 3%
• marine fish 3%
• gene duplication 3%
• neurotransmitters 3%
• topology 3%
• central nervous system 3%
• reptiles 3%
• glutamates 3%
• reverse transcriptase polymerase chain reaction 2%
• mammals 2%
• brain 2%
• genes 2%
• nucleotide sequences 2%
• birds 2%
• fish 2%
• genome 1%
• enzymes 1%

Earth & Environmental Sciences

• phylogeny 73%
• vertebrate 68%
• acid 47%
• gene 8%
• turtle 8%
• fish 6%
• phylogenetics 6%
• Chordata 5%
• molecular analysis 5%
• polymerase chain reaction 4%
• nervous system 4%
• reptile 4%
• topology 3%
• genome 3%
• deep sea 3%
• amino acid 3%
• brain 3%
• mammal 3%
• bird 3%
• enzyme 3%
• product 1%