Friedrich Goltz

Goltz

Friedrich Leopold Goltz (August 14, 1834 – May 5, 1902) was a German physiologist and neurologist known for his pioneering work in the field of neurophysiology. He made significant contributions to the understanding of the nervous system and brain function through his experimental research.

Early Life and Education

Friedrich Goltz was born in Potsdam, Kingdom of Prussia. He studied medicine at the University of Königsberg and later at the University of Berlin, where he was influenced by prominent scientists of his time.

Career and Research

Goltz began his academic career as an assistant to Emil du Bois-Reymond at the University of Berlin. He later became a professor of physiology at the University of Strasbourg, where he conducted most of his notable research.

Contributions to Neurophysiology

Goltz is best known for his experiments on the cerebral cortex and the spinal cord. He conducted extensive research on the function of the brain by performing ablation experiments on animals, particularly dogs. His work demonstrated that the brain could still function to some extent even after significant portions were removed, challenging the then-prevailing views on brain localization.

Goltz's Dog Experiment

One of Goltz's most famous experiments involved a dog from which he had removed large parts of the cerebral cortex. Despite the extensive brain damage, the dog retained many basic functions, which Goltz used to argue against the strict localization of brain functions. This experiment was a significant contribution to the debate on cerebral localization.

Legacy

Goltz's work laid the groundwork for future research in neurophysiology and influenced many subsequent scientists in the field. His findings contributed to the understanding of brain plasticity and the distributed nature of brain functions.

Personal Life

Goltz was married and had several children. He continued his research and teaching until his death in 1902 in Strasbourg, then part of the German Empire.

Related Pages

• Neurophysiology
• Cerebral cortex
• Brain plasticity
• Spinal cord
• Emil du Bois-Reymond
• University of Strasbourg