Bohr effect
Bohr effect
noun \ˈbō(ə)r-, ˈbȯ(ə)r-\Definition of BOHR EFFECT
: the decrease in oxygen affinity of a respiratory pigment (as hemoglobin or hemocyanin) in response to decreased blood pH resulting from increased carbon dioxide concentration
Biographical Note for BOHR EFFECT
Bohr, Christian (1855–1911), Danish physiologist. Bohr is known for two contributions to medical science: an 1891 study of the exchange of gases in respiration and the discovery that the affinity of blood for oxygen depends on carbon dioxide pressure. This discovery was reported in 1904 and is now known as the Bohr effect.
