-transparent.png){kind=logo}
Nearly 69% of nucleus ambiguus neurons in the anesthetized, artificially respired dog responded to nonpharmacological manipulations of arterial pressure (AP). All were active at resting AP, most responded robustly to increased AP, and of these, about half showed activity modulated by the respiratory cycle. Other AP-sensitive neurons fired only during the inspiratory or expiratory phase of the pump-driven respiratory cycle, and were inhibited by increased AP and excited by decreased AP.
Related Publications
G Felsten, and
M E Thompson, and
J A Cook, and
W N Tapp, and
B H Natelson
January 1992,
Neuroscience letters,
G Felsten, and
M E Thompson, and
J A Cook, and
W N Tapp, and
B H Natelson
February 2017,
Brain research,
G Felsten, and
M E Thompson, and
J A Cook, and
W N Tapp, and
B H Natelson
June 1998,
Clinical and experimental pharmacology & physiology,
G Felsten, and
M E Thompson, and
J A Cook, and
W N Tapp, and
B H Natelson
March 2012,
Brain research,
G Felsten, and
M E Thompson, and
J A Cook, and
W N Tapp, and
B H Natelson
June 1988,
Hypertension (Dallas, Tex. : 1979),
G Felsten, and
M E Thompson, and
J A Cook, and
W N Tapp, and
B H Natelson
November 2016,
Journal of neuroscience methods,
G Felsten, and
M E Thompson, and
J A Cook, and
W N Tapp, and
B H Natelson
January 1981,
Folia morphologica,
G Felsten, and
M E Thompson, and
J A Cook, and
W N Tapp, and
B H Natelson
September 2012,
Journal of neurochemistry,
G Felsten, and
M E Thompson, and
J A Cook, and
W N Tapp, and
B H Natelson
June 1999,
Journal of applied physiology (Bethesda, Md. : 1985),
G Felsten, and
M E Thompson, and
J A Cook, and
W N Tapp, and
B H Natelson
December 1996,
The American journal of physiology,
