On Glutathione ii. A Thermostable Oxidation-Reduction System. [1922](IR92)

On Glutathione ii. A Thermostable Oxidation-Reduction System.

穀胱甘肽 - 一個具有 熱穩定性 的 氧化還原系統

Sir Frederick Hopkins, The Nobel Prize in Physiology or Medicine 1929

By F. Gowland Hopkins and M. Dixon.
(From the Biochemical Department, University of Cambridge, Cambridge,
England.)
(Received for publication, September 12, 1922.)

A tissue washed until it no longer "respires" will, when suitably treated and supplied with glutathione, again take up oxygen and yield carbon dioxide.

Such part of its reducing power and respiratory activity as is regained by a washed tissue on the restoration of glutathione remains almost unaffected when the tissue is heated to 100°C. or even thoroughly extracted with boiling water.

On glutathione - ii. A thermostable oxidation-reduction system [1922](IR92) (1_of_3).png
On glutathione - ii. A thermostable oxidation-reduction system [1922](IR92) (2_of_3).png
On glutathione - ii. A thermostable oxidation-reduction system [1922](IR92) (3_of_3).png
Sir Frederick Hopkins (1861~1947), The Nobel Prize in physiology or Medicine 1929; discoverer of glutathione (GSH)(IR90).jpg
The Nobel Prize in Physiology or Medicine 1929, Sir Frederick Gowland Hopkins, University of Cambridge; Christiaan Eijkman, Utrecht University, Netherlands.jpg