During the evolution of this protein, its fold-anchoring and breathing regions may have flipped through a hinge migration mechanism. The F-56-L amino acid substitution results in the Venus variant of this molecule, and its other variants include Citrine and Y-pet. Homologs of this protein found in M. cavernosa (cav-er-NO-suh) has an unusual "timer" phenotype, in which its properties change during maturation. An A-206-K variant of this protein is unable to dimerize. This molecule uses an H-B-I cofactor bound to a tripept
During the evolution of this protein, its fold-anchoring and breathing regions may have flipped through a hinge migration mechanism. The F-56-L amino acid substitution results in the Venus variant of this molecule, and its other variants include Citrine and Y-pet. Homologs of this protein found in M. cavernosa (cav-er-NO-suh) has an unusual "timer" phenotype, in which its properties change during maturation. An A-206-K variant of this protein is unable to dimerize. This molecule uses an H-B-I cofactor bound to a tripeptide ring of serine-65, (*) tyrosine-66, and glycine-67. That chromophore is in the internal helix of this molecule surrounded by a beta barrel scaffold. This protein has a characteristic emission peak at 509 nanometers. For 10 points, name this protein which was first isolated from the jellyfish A. victoria and glows a namesake color.
During the evolution of this protein, its fold-anchoring and breathing regions may have flipped through a hinge migration mechanism.