Skip to content
ProteinQ420428· pop 9· linked from 317 articles

transducin

Sign in to save

thumb|right|Sensory rhodopsin II (rainbow colored) embedded in a [[lipid bilayer (heads red and tails blue) with Transducin below it. Gtα is colored red, Gtβ blue, and Gtγ yellow. There is a bound GDP molecule in the Gtα-subunit and a bound retinal (black) in the rhodopsin. The N-terminus of rhodopsin is red and the C-terminus blue. Anchoring of transducin to the membrane has been drawn in black.]]

Research

3,459 papers

via PubMed

Clinical Trials

1 registered

via ClinicalTrials.gov

Wikidata facts

Show 1 more fact
Commons category
Transducin
Sources (2)

via Wikidata · CC0

~9 min read

Article

7 sections
Contents
  • Function in phototransduction
  • Mechanism of activation
  • The T<sub>βγ</sub> complex
  • Interaction with cGMP phosphodiesterase and deactivation
  • Genes
  • References
  • External links

thumb|right|Sensory rhodopsin II (rainbow colored) embedded in a [[lipid bilayer (heads red and tails blue) with Transducin below it. Gtα is colored red, Gtβ blue, and Gtγ yellow. There is a bound GDP molecule in the Gtα-subunit and a bound retinal (black) in the rhodopsin. The N-terminus of rhodopsin is red and the C-terminus blue. Anchoring of transducin to the membrane has been drawn in black.]]

Transducin (Gt) is a protein complex naturally expressed in vertebrate retina rods and cones and it is very important in vertebrate phototransduction. It is a type of heterotrimeric G-protein with different α subunits in rod and cone photoreceptors.

Available in 8 languages

via Wikidata sitelinks · CC0

Connections

Categories