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Over 200 neuroscientists met at the Max-Planck-Institut fur
Biophysikalische Chemie in Gottingen between April 7th-9th 1983 in
order to honour a foreign member of the Institute, namely Sir John
Carew Eccles, who celebrated his 80th birthday on January 27th
1983. It was a lively scientific gathering of former students,
colleagues and friends of Sir John and Lady Helena. We had all come
together from different parts of the world to celebrate this
occasion, which gave us the wonderful chance to meet the various
members of a large family, united by respect and gratitude for Sir
John. The lectures were based on the many themes which have been at
the centre of John Eccles' scientific zeal throughout his life.
Indeed the chapter headings of this book have been taken from the
book titles of Sir John's own work. We would also have liked to
publish the discussions which took place after every lecture and to
each of which John Eccles contributed in his usual lively manner,
but editing them would not have conveyed the stimulating
atmosphere, which Sir John created.
Hinweise zur Benutzung dieses Buches IX A Der Aufbau des
Nervensystems (B. Frederich und R. F. Schmidt) Lektion 1 Die N
ervenzellen . 1 Lektion 2 Stutz- und Ernahrungsgewebe 6 Lektion 3
Die Nerven . 8 Lektion 4 Die Anatomie des Zentralnervensystems . 14
B Erregung von Nerv und Muskel U. Dudel) Lektion 5 Das
Ruhepotential 20 Lektion 6 Ruhepotential und N a+ -Einstrom 32
Lektion 7 Die Natriumpumpe 40 Lektion 8 Das Aktionspotential 48
Lektion 9 Kinetik der Erregung 59 Lektion 10 Elektrotonus und Reiz
69 Lektion 11 Fortleitung des Aktionspotentials 80 C Synaptische
Dbertragung (R. F. Schmidt) Lektion 12 Die neuromuskulare
Endplatte: Beispiel einer chemischen Synapse 94 Lektion 13 Die
Quantennatur der chemischen Dbertragung 107 Lektion 14 Zentrale
erregende Synapsen . 116 Lektion 15 Zentralnervose hemmende
Synapsen . 124 D Physiologie kleiner Neuronenverbande, Reflexe (R.
F. Schmidt) Lektion 16 Typische neuronale Verschaltungen 137
Lektion 17 Der monosynaptische Reflexbogen 149 Lektion 18
Polysynaptische motorische Reflexe 162 XII E Die Kootraktioo des
Muskels uod ihre Steuerung (J. Dudel) Die Kontraktion des Muskels .
172 Lektion 19 Lektion 20 Abhangigkeit der Muskelkontraktion von
Faserlange und Verkiirzungs- schwindigkeit 184 Lektion 21
Elektromechanische Koppelung . 196 Regulation der Kontraktion eines
Muskels 206 Lektion 22 F Motorische Systeme (B. Frederich uod R. F.
Schmidt) Lektion 23 Spinale Motorik I: Aufgaben der M uskel- und
Sehnenspindeln . 216 Lektion 24 Spinale Motorik II: Polysynaptische
motorische Reflexe; der Flexorreflex 230 241 Lektion 25
Funktionelle Anatomie supramedullarer motorischer Zentren .
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