Dick Swaab


Dick Frans Swaab is a Dutch physician and neurobiologist. He is a professor of neurobiology at the University of Amsterdam and was until 2005 Director of the Netherlands Institute for Brain Research of the Royal Netherlands Academy of Arts and Sciences.

Life

Swaab graduated at the Amsterdams Lyceum in 1963. He received his doctorate of medicine at the University of Amsterdam in 1968, and his Ph.D. in 1970 with professor J. Ariëns Kappers on a neuroendocrine thesis, and in 1972 he received his medical degree.
He was from 1978 the director of the Netherlands Institute for Brain Research. In 1979 he was appointed professor of neurobiology at the University of Amsterdam.
In 1985 he founded the Nederlandse Hersenbank—known in English as The Netherlands Brain Bank—to facilitate international research on brain diseases. Swaab is an atheist.

Research

Swaab is best known for his research and discoveries in the field of brain anatomy and physiology, in particular the impact that various hormonal and biochemical factors in the womb have on brain development. Another area of Swaab's work, which has drawn much attention, is his research on how sexual dimorphism relates to brain anatomy, as well as research relating to sexual orientation and transsexuality. Through his years of research, Swaab, according to his own words, came to the deterministic and materialistic conclusion that brains are not things we have, but rather brains are what we are: the physical and chemical processes in our brains determine how we react and who we are. Currently, Swaab is most active in the field of depression and Alzheimer's research.
Swaab's research has on several occasions produced controversy. After conducting research suggesting links between brain anatomy and sexual orientation, Swaab reports receiving death threats from individuals believing this work was attempting to 'pathologize' homosexuality and treat it as a biological abnormality or disorder. Swaab's view that neither free will nor metaphysical entities such as souls or spirits exist has also caused negative reactions among various religious groups. Swaab consistently defends his studies in the face of such criticism.

Recognition

Swaab has numerous scientific awards and was a mentor for at least 84 Ph.D. students, 16 of whom became full professors. He is an editor for several neuroscience journals. Swaab has an H-index of 135, as of 2023, having been cited over 34,000 times.
He is a member, honorary member, and founder of many scientific and professional associations. He was the second person to be awarded the Emil Kraepelin Guest Professorship at the Max Planck Institute of Psychiatry, Munich, Germany, in 1996, and is a visiting professor in three locations in China, and at Stanford University, United States. He also is appointed Chao Kuang Piu Professor at Zhejiang University, Hangzhou, P.-R. China. He has been decorated with the Knight of the Order of the Netherlands Lion, a high order of chivalry of the Kingdom of the Netherlands.

Education

  • 1963 Final examination Amsterdams Lyceum
  • 1968 MD Medicine, University of Amsterdam
  • 1970 Ph.D. Thesis: Factors influencing neurosecretory activity of the supraoptic and paraventricular nuclei in rat. A histochemical and cytochemical study. Mentor: Prof. dr. J. Ariëns Kappers
  • 1972 General physician, University of Amsterdam

Professional career

Workplaces

Awards and honours

Swaab has received the following awards and honours:

Monograph

  • Dick Swaab, Ons creatieve brein, 2016.
  • Dick Swaab, We are our Brains: From the Womb to Alzheimer's, 2014.
  • Dick Swaab, Wij Zijn Ons Brein: Van Baarmoeder Tot Alzheimer, Publishing Centre, 2010.
  • Dick Swaab, The Human Hypothalamus. Basic and Clinical Aspects. Part I: Nuclei of the Hypothalamus; Part II: Neuropathology of the Hypothalamus and Adjacent Brain Structures. Handbook of Clinical Neurology, Elsevier, Amsterdam, approx. 1000 pp, 2003/2004.

Key papers and publications

Swaab has co-written extensively on a number of topics, including sexual differentiation of the brain, Alzheimer's disease, Parkinson's disease, depression, eating disorders and metabolism, multiple sclerosis, human postmortem cell culture, Huntington's disease and hypertension.