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result(s) for
"Swaab, D. F. (Dick Frans)"
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We are our brains : a neurobiography of the brain, from the womb to alzheimer's
\"The culmination of renowned neuroscientist D.F. Swaab's life's work, We Are Our Brains unlocks the mysteries of the most complex organism in the human body, providing a fascinating overview of the brain's role in nearly every aspect of human existence. In short, engaging chapters, Swaab explains what is going on in our brains at every stage of life, including how a fetus's brain develops and the role that pregnancy plays in solidifying certain aspects of our identity; the radical neurological changes that occur during adolescence; what happens when we fall in love; and the neurological basis for a host of different disorders and personality traits\"-- Provided by publisher.
Autonomic nervous system
by
Buijs, Ruud M.
,
Swaab, D. F. (Dick Frans)
in
Autonomic nervous system
,
Autonomic nervous system -- Diseases
2013
Autonomic Nervous System provides an introduction to the latest science and detailed chapters on advances in the clinical diagnosis and treatment of autonomic system disorders.The autonomic nervous system controls all involuntary actions within the human nervous system.
The hypothalamus in episodic brain disorders
by
Lammers, Gert J
,
Overeem, Sebastiaan
,
Swaab, Dick F
in
Animals
,
Autonomic Nervous System - physiopathology
,
Body temperature
2002
Episodic brain disorders (EBD) form an intriguing group of neurological diseases in which at least some of the symptoms occur in attacks. The hypothalamus integrates many brain functions, including endocrine and autonomic control, and governs various body rhythms. It seems a likely site in which the initiation of attacks of EBD can be modulated. Indeed, the hypothalamus has a crucial role in EBD such as narcolepsy and cluster headache. The same may be true for migraine and depression. Here we summarise the evidence supporting an important role for the hypothalamus in the initiation of disease episodes in various EBD. Study of the various pathophysiological concepts of EBD within the context of the hypothalamus may prove a fruitful example of cross-fertilisation between various research areas.
Journal Article