Sir Henry Fowler, K.B.E

Sir Alan Lloyd Hodgkin OM , KBE , PRS Sir Andrew Fielding Huxley OM

s (Listed in alphabetically order of author’s surname) Kazuyuki Aihara Institute of Industrial Science, University of Tokyo CHAOS AND BIFURCATIONS IN THE HODGKIN-HUXLEY EQUATIONS AND SQUID GIANT AXONS Chaos, or deterministic chaos, is ubiquitous in nonlinear dynamical systems of the real world, including biological systems. Nerve membranes have their own nonlinear dynamics which generate and pr...

Sir Henry Hallett Dale and acetylcholine story.

Living organisms depend upon their nervous systems to provide integrated responses to environmental stresses. Due to Chiarles Sherrington we recognize that the key to understanding nervous integration resides not in the body of the cell or in its long filamentous axon, nor in the ionic slhifts involved in electrical propagation, but rather in the subtle events occurring at the gap between nerve...

Sir Henry Dale, The Great Investigator.

Sir Henry Dale, THe GreaT inveSTiGaTor Henry Dale (1875-1968), a Londoner by birth was one of the most productive scientists in contemporary England, and was endowed with extraordinary and active longevity. He completed his medical training from St. Bartholomew’s Hospital. After choosing to work in basic investigations, he joined the Physiology Department of University College and worked under ...

Sir Henry Thompson's Stricture of Urethra

Autonomic neurotransmission: 60 years since sir Henry Dale.

In the early twentieth century, Sir Henry Dale and others described brilliant studies of autonomic neurotransmission utilizing acetylcholine and noradrenaline. However, within the past 60 years, new discoveries have changed our understanding of the organization of the autonomic nervous system, including the structure and function of the nonsynaptic autonomic neuroeffector junction, the multipli...