40 FARRERAS
Over the course of three years he created four sections and a field
station that studied the structural and functional development and
organization of the nervous system: Experimental Neuropathology (Jan
H. W. Cammermeyer, Chief ), Functional Neuroanatomy (Grant L.
Rasmussen, Chief ), Neurocytology (Sanford L. Palay, Chief ), Field
Station of Perinatal Physiology (in Puerto Rico), and his own Sec
tion on Development and Regeneration.^25
Kenneth S. Cole’s NINDB-supported Laboratory of Biophysics was
established shortly afterwards, in early 1954. Research in this laboratory
emphasized mathematical formulations that would predict the forma
tion and behavior of nerve impulses under various conditions.^26
The last laboratory to be established, in mid-1954, was the Labora
tory of Cellular Pharmacology, under Giulio Cantoni. His two section
chiefs–Seymour Kaufman and S. Harvey Mudd–headed the Section
on Cellular Regulatory Mechanisms and the Section on Alkaloid
Biosynthesis and Plant Metabolism, respectively, and Cantoni was chief
of his own Section on Proteins.^27 This laboratory studied the biochemi
cal mechanisms and action of drug and hormone synthesis.
Kety’s planned program did not develop exactly as he had hoped, as
he had necessarily to rely on those scientists who would accept the
top positions. His appointments, however, always “demonstrated origi
nality and conceptual ability in their choice, design, and execution
of...research.”^28
Basic Research Director Transition: Kety to Livingston
By 1955, Kety’s ambitious program had culminated in the establish
ment of eight laboratories and one field station concentrating on
basic research and involving 55 scientists. These were the Addiction
Research Center, Neurophysiology, Socio-Environmental Studies,
Neurochemistry, Psychology, Neuroanatomical Sciences, Biophysics,
Cellular Pharmacology, and Clinical Science.^29 In addition to con
ducting research on specific entities–as was common in the other insti
tutes–Kety intentionally organized his program so that it would support
“the principal scientific disciplines.” In this way, fundamental areas of
knowledge involving the “structure, function, and metabolism of the