The characterization of new hormonal systems in arthropods with a focus on neuropeptide GPCRs

Landbrug og biologi

• Aedes aegypti 4%
• ancestry 3%
• animal physiology 5%
• Anopheles gambiae 4%
• arthropods 57%
• bioassays 3%
• Bombyx mori 4%
• Branchiopoda 5%
• coevolution 12%
• Crustacea 3%
• Culex pipiens 4%
• Culicidae 6%
• Daphnia pulex 10%
• fruit flies 4%
• G-protein coupled receptors 76%
• gene duplication 4%
• genome 10%
• honey bees 3%
• insects 19%
• ligands 17%
• Locusta migratoria 5%
• locusts 4%
• mammals 2%
• Nasonia vitripennis 11%
• neuropeptide receptors 100%
• neuropeptides 4%
• oviposition 3%
• oxytocin 48%
• parasitic wasps 4%
• peptide receptors 5%
• peptides 42%
• receptors 23%
• Rhodnius prolixus 5%
• silkworms 8%
• Tribolium castaneum 13%
• vasopressin 48%