Body fluid homeostasis is critical for the survival of living organisms and hence is tightly controlled. From initial studies on the effects of secretin (SCT) on renal water reabsorption in the 1940s and recent investigations of its role in cardiovascular and neuroendocrine functions, it has now become increasingly clear that this peptide is an integral component of the homeostatic processes that maintain body fluid balance. This review, containing some of our recent findings of centrally expressed SCT on water intake, focuses on the actions of SCT in influencing the physiological, neuroendocrine, and cardiovascular processes that subserve body fluid homeostasis
Secretin, the first hormone commencing the field of endocrinology, has been studied for its pleiotro...
Osmoregulation is critical to life and is tightly regulated by integrated physiological and behavior...
Blood pressure is one of the most important physiological parameters that can affect the general wel...
Body fluid homeostasis is critical for the survival of living organisms and hence is tightly control...
Symposium 2 - Central mechanisms (1)Regulation of body fluid solute concentrations is critical to re...
Secretin was first discovered as a gastrointestinal hormone a century ago, and to date, the role of...
Session 5: Endocrine System and Metabolism: no. PL5This journal issue entitled: Special Issue: VIP, ...
Water and salt homeostasis is tightly controlled by both central and peripheral mechanisms. Angioten...
Fluid balance is critical to life and hence is tightly controlled in the body. Angiotensin II (ANGII...
For the last 100 years, secretin has been extensively studied for its hormonal effects in the gastr...
Plenary Lecture 5Secretin (SCT), a classical gut peptide, has recently been shown to be active at su...
Thirst, drinking, and arginine vasopressin (AVP) secretion are essential correlated osmoregulatory m...
Secretin (SCT) and its receptor (SCTR) play an indispensable role in ANGII-induced water drinking be...
Secretin (SCT) and its receptor (SCTR) play an important role in fluid-regulating through controlli...
pp. 133-188 of this journal issue entitled: Abstracts of the 7th International Symposium on VIP, PAC...
Secretin, the first hormone commencing the field of endocrinology, has been studied for its pleiotro...
Osmoregulation is critical to life and is tightly regulated by integrated physiological and behavior...
Blood pressure is one of the most important physiological parameters that can affect the general wel...
Body fluid homeostasis is critical for the survival of living organisms and hence is tightly control...
Symposium 2 - Central mechanisms (1)Regulation of body fluid solute concentrations is critical to re...
Secretin was first discovered as a gastrointestinal hormone a century ago, and to date, the role of...
Session 5: Endocrine System and Metabolism: no. PL5This journal issue entitled: Special Issue: VIP, ...
Water and salt homeostasis is tightly controlled by both central and peripheral mechanisms. Angioten...
Fluid balance is critical to life and hence is tightly controlled in the body. Angiotensin II (ANGII...
For the last 100 years, secretin has been extensively studied for its hormonal effects in the gastr...
Plenary Lecture 5Secretin (SCT), a classical gut peptide, has recently been shown to be active at su...
Thirst, drinking, and arginine vasopressin (AVP) secretion are essential correlated osmoregulatory m...
Secretin (SCT) and its receptor (SCTR) play an indispensable role in ANGII-induced water drinking be...
Secretin (SCT) and its receptor (SCTR) play an important role in fluid-regulating through controlli...
pp. 133-188 of this journal issue entitled: Abstracts of the 7th International Symposium on VIP, PAC...
Secretin, the first hormone commencing the field of endocrinology, has been studied for its pleiotro...
Osmoregulation is critical to life and is tightly regulated by integrated physiological and behavior...
Blood pressure is one of the most important physiological parameters that can affect the general wel...