-transparent.png){kind=logo}
Using recent advances in brain physiological, neurohistochemical, and molecular biological techniques, it could be demonstrated that the central action of vasopressin (VP) is important in cardiovascular regulation and in the pathogenesis of hypertension. VP is now known to be located in the area of the brain involved in cardiovascular regulation. Furthermore, in various pathophysiological states, brain VP secretion is regulated separately from the peripheral VP secretion system. The role of brain VP in the regulation of the circadian rhythm of blood pressure is becoming a topic of major interest.
Related Publications
K Toba, and
M Ohta, and
T Kimura, and
K Nagano, and
S Ito, and
Y Ouchi
January 1987,
Sheng li ke xue jin zhan [Progress in physiology],
K Toba, and
M Ohta, and
T Kimura, and
K Nagano, and
S Ito, and
Y Ouchi
January 1990,
Blood vessels,
K Toba, and
M Ohta, and
T Kimura, and
K Nagano, and
S Ito, and
Y Ouchi
January 1983,
Endocrinology,
K Toba, and
M Ohta, and
T Kimura, and
K Nagano, and
S Ito, and
Y Ouchi
January 1988,
Clinical physiology and biochemistry,
K Toba, and
M Ohta, and
T Kimura, and
K Nagano, and
S Ito, and
Y Ouchi
November 1983,
Horumon to rinsho. Clinical endocrinology,
K Toba, and
M Ohta, and
T Kimura, and
K Nagano, and
S Ito, and
Y Ouchi
January 1983,
The American journal of physiology,
K Toba, and
M Ohta, and
T Kimura, and
K Nagano, and
S Ito, and
Y Ouchi
January 1994,
Physiological research,
K Toba, and
M Ohta, and
T Kimura, and
K Nagano, and
S Ito, and
Y Ouchi
October 2017,
Biochimica et biophysica acta. Molecular basis of disease,
K Toba, and
M Ohta, and
T Kimura, and
K Nagano, and
S Ito, and
Y Ouchi
November 1988,
Japanese circulation journal,
K Toba, and
M Ohta, and
T Kimura, and
K Nagano, and
S Ito, and
Y Ouchi
April 1990,
The American journal of physiology,
