In 1944, one scientist with this surname worked out the chemical formula for, then synthesized, bilirubin; that happened 14 years after he'd won a Nobel for synthesizing hemin. Another scientist with this surname  collaborated with Edwin Krebs to develop a series of reactions to control the activation and inactivation of glycogen phosphorylase, thereby discovering [➤] reversible protein phosphorylation. A third scientist with this surname shared a Nobel with Geoffrey Wilkinson for, among other things, deducing the structure of ferrocenes. Carbon monoxide and hydrogen gas are used to produce (*) liquid hydrocarbons in a process named for both another scientist of this surname and Hans Tropsch. For 10 points, identify this name held by HUNDRE
In 1944, one scientist with this surname worked out the chemical formula for, then synthesized, bilirubin; that happened 14 years after he'd won a Nobel for synthesizing hemin. Another scientist with this surname  collaborated with Edwin Krebs to develop a series of reactions to control the activation and inactivation of glycogen phosphorylase, thereby discovering [➤] reversible protein phosphorylation. A third scientist with this surname shared a Nobel with Geoffrey Wilkinson for, among other things, deducing the structure of ferrocenes. Carbon monoxide and hydrogen gas are used to produce (*) liquid hydrocarbons in a process named for both another scientist of this surname and Hans Tropsch. For 10 points, identify this name held by HUNDREDS AND HUNDREDS of German chemists, likely the best-known of which lends his name to both a projection used to represent carbohydrates and and an esterification reaction.
In 1944, one scientist with this surname worked out the chemical formula for, then synthesized, bilirubin; that happened 14 years after he'd won a Nobel for synthesizing hemin.
Fisher