294 SIDMAN
- Grobstein, like so many NIH scientists of that era, later went out to
create modern medical academia. He went first to Stanford University, and
a few years later to the University of California–San Diego, where, as dean
and then as vice chancellor, he was central to the creation of its innovative
new medical school. - B. Messier and Charles P. LeBlond, “Preparation of Coated Radioauto
graphs by Dipping Sections in Fluid Emulsion,” Proceedings of the Society
for Experimental Biology and Medicine 96 (1957), 7-10. - Richard L. Sidman, I. L. Miale, and N. Feder, “Cell Proliferation and
Migration in the Primitive Ependymal Zone: An Autoradiographic Study
of Histogenesis in the Nervous System,” Experimental Neurology 1 (1959):
322-33. - F. C. Sauer, “Mitosis in the Neural Tube,” Journal of Comparative Neurology
62 (1935): 377-405. - Stephen R. Pelc, “Quantitative Aspects of Autoradiography,” Experimental
Cell Research 13, Suppl. 4 (1957): 231-7. - L. F. La Cour, and Stephen R. Pelc, “Effect of Colchicine on the Utilization
of Labelled Thymidine During Chromosomal Reproduction,” Nature 23
(1958): 506-8. - See A. Lightman, “A Sense of the Mysterious,” Daedalus 132, no. 4 (2003),
5-21, for a vivid discussion of this phenomenon. - J. B. Angevine, Jr., and R. L. Sidman, “Autoradiographic Study of Cell
Migration During Histogenesis of Cerebral Cortex in the Mouse,” Nature
192 (1961): 766-8. - I. L. Miale, and Richard L. Sidman, “An Autoradiographic Analysis of
Histogenesis in the Mouse Cerebellum,” Experimental Neurology 4 (1961):
277-96. - Richard L. Sidman, “Histogenesis of Mouse Retina Studied with Thymidine
H3,” in The Structure of the Eye, ed. G. K. Smelser (New York: Academic
Press, 1961), 487-506.