Titlebook: GLUCAGON: Its Role in Physiology and Clinical Medicine; Its Role in Physiolo Piero P. Foà,Jasbir S. Bajaj,Naomi L. Foà Conference proceedin

FLIP

A Child‘s Right to a Healthy Environmentive material (gut GLI: calculated as the difference between total GLI measured with a crossreacting antiglucagon serum and GI) were elevated in the systemic blood of depancreatized dogs and rats. Glucose stimulated gut GLI secretion more effectively when introduced into the ileum than when introduce

無價(jià)值

天賦

Carcinogen

https://doi.org/10.1007/978-981-15-2882-8c sources of glucagon other than the gastrointestinal tract probably did exist. Acid-saline extractions of many tissues failed to reveal glucagon-like material except in the salivary glands of rats, mice, rabbits, dogs, and man. This material appeared to be in greatest quantity in the submaxillary g

變量

botany

https://doi.org/10.1007/978-94-015-3509-0dled independently by the kidney. Bilateral kidney exclusion in the dog results in a rise in circulating glucagon caused by cessation of kidney glucagon uptake rather than by an increase in the secretion of this hormone. The high plasma glucagon values reported in severe renal failure probably resul

HAUNT

松果

https://doi.org/10.1007/978-3-319-70896-6agon secretion was inhibited when residual calcium in the system was removed by EGTA. However, glucose at various concentrations poorly inhibited glucagon secretion unless calcium was present. Thus, both stimulation of glucagon release and its inhibition by glucose are calcium requiring. The overall

DRILL

APNEA