RT @BMCBiology: A mechanistic analysis from Harel Weinstein’s lab showcases how addition of structural elements during the evolution of #do…
A mechanistic analysis from Harel Weinstein’s lab showcases how addition of structural elements during the evolution of #dopamine receptors enabled their new and important functions. Read the manuscript at https://t.co/pqIZ4hoHUf https://t.co/mrgRKLIYj6
RT @corn93T: A rare mechanistic glimpse at the Evolution->Structure->Function link in a prototypical membrane protein family, the neurotran…
RT @corn93T: A rare mechanistic glimpse at the Evolution->Structure->Function link in a prototypical membrane protein family, the neurotran…
Honor to work with @corn93T #BMCBiology #MembraneTransporters https://t.co/4Dq4rSzxBA
RT @corn93T: A rare mechanistic glimpse at the Evolution->Structure->Function link in a prototypical membrane protein family, the neurotran…
RT @corn93T: A rare mechanistic glimpse at the Evolution->Structure->Function link in a prototypical membrane protein family, the neurotran…
RT @corn93T: A rare mechanistic glimpse at the Evolution->Structure->Function link in a prototypical membrane protein family, the neurotran…
RT @corn93T: A rare mechanistic glimpse at the Evolution->Structure->Function link in a prototypical membrane protein family, the neurotran…
A rare mechanistic glimpse at the Evolution->Structure->Function link in a prototypical membrane protein family, the neurotransmitter transporters: How structural elements evolving from bacterial to human SLC6 transporters enabled new functional prop
How structural elements evolving from bacterial to human SLC6 transporters enabled new functional properties https://t.co/pqIZ4hoHUf