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Professor Emeritus James Collman made landmark contributions to inorganic chemistry, metal ion biochemistry, homogeneous catalysis, and transition metal organometallic chemistry. He pioneered numerous research tools that reveal key structural and functional details of metalloenzymes essential for respiration and energy, particularly in hemoglobin and myoglobin, which are critical for oxygen transport in blood. Born in Beatrice, Nebraska, he studied chemistry at the University of Nebraska–Lincoln and completed his doctoral work at the University of Illinois Urbana-Champaign. After joining Stanford University in 1967, he developed powerful synthetic strategies and created functional analogs of hemoglobin and myoglobin. His research focuses on the reactivity of metal centers and protein-metal interactions, leading to insights into biological function. Collman has earned several honors, including election to the National Academy of Sciences and recognition as California Scientist of the Year. His influential textbook, "Principles and Applications of Organotransition Metal Chemistry," has seen multiple editions, and he is recognized for his contributions to biomimetic chemistry.
Stanford University • Stanford, California
Tenured faculty member focusing on research and teaching in inorganic chemistry.
University of North Carolina • Chapel Hill, North Carolina
Conducted research in organic and inorganic chemistry and taught undergraduate and graduate courses.
University of North Carolina • Chapel Hill, North Carolina
Advanced research in the field of chemistry.
University of North Carolina • Chapel Hill, North Carolina
Developed introductory and advanced chemistry courses.
University of North Carolina • Chapel Hill, North Carolina
Taught foundational courses in chemistry.
The Computer Science department emphasizes research potential. GRE General is currently optional but recommended for some tracks.