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- Q19903541 subject Q8429845.
- Q19903541 subject Q8729863.
- Q19903541 abstract "One of the most dynamic evolutionary adaptations to arise in multiple species has been the evolution of bitter taste receptors. This phenomenon has been widely studied in the field of evolutionary biology because of its role in the identification of toxins often found on the leaves of inedible plants. A palate more sensitive to these bitter tastes would, theoretically, have an advantage over members of the population less sensitive to these poisonous substances because they would be much less likely to ingest toxic plants. Bitter taste genes have been found in a variety of species, and the same genes have been well characterized in several common laboratory animals such as primates and mice, as well as in humans. The primary gene responsible for encoding this ability in humans is the TAS2R gene family which contains 25 functional loci as well as 11 pseudogenes. The development of this gene has been well characterized, with proof that the ability evolved before the human migration out of Africa. The gene continues to evolve, for better or for worse, in the present day.".
- Q19903541 wikiPageWikiLink Q124794.
- Q19903541 wikiPageWikiLink Q156606.
- Q19903541 wikiPageWikiLink Q159429.
- Q19903541 wikiPageWikiLink Q19537.
- Q19903541 wikiPageWikiLink Q36611.
- Q19903541 wikiPageWikiLink Q37748.
- Q19903541 wikiPageWikiLink Q41050.
- Q19903541 wikiPageWikiLink Q420.
- Q19903541 wikiPageWikiLink Q7432.
- Q19903541 wikiPageWikiLink Q80174.
- Q19903541 wikiPageWikiLink Q8429845.
- Q19903541 wikiPageWikiLink Q8729863.
- Q19903541 comment "One of the most dynamic evolutionary adaptations to arise in multiple species has been the evolution of bitter taste receptors. This phenomenon has been widely studied in the field of evolutionary biology because of its role in the identification of toxins often found on the leaves of inedible plants.".
- Q19903541 label "Bitter taste evolution".