1: Why bother about motoneurones? 2: Basic neuromuscular properties 3: Muscle unit properties and specializations 4: Neuromuscular transmission 5: Motoneurones: morphology, cytology and topographical organization 6: Motoneurones: electrophysiology 7: Motoneurones: synaptic control 8: Motoneurone populations and the gradation of muscle force 9: Short-term plasticity: fatigue and potentiation 10: Denervation and reinnervation 11: Long-term plasticity 12: Genetic specification and lifespan development
Daniel Kernell grew up in Stockholm and studied medicine at the
Karolinska Institutet. From 1961-1972 he was associated with the
Nobel Institute for Neurophysiology (Karolinska Institutet). After
being awarded his PhD in 1965, he spent his postdoctoral period in
Oxford (UK) 1966-1967. He moved to the Netherlands in 1972, where
he worked as a professor of Neurophysiology at the University of
Amsterdam and, later, as a professor of Medical Physiology at
the
University of Groningen. Most of his research work has concerned
the neuromuscular system (motoneurones and muscles), and his
results have been published in many articles in international
scientific journals
and presented at international symposia and congresses.
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