Mode of action of oral antidiabetic compounds

scientific article published on 01 May 1958

Mode of action of oral antidiabetic compounds is …
instance of (P31):
scholarly articleQ13442814

External links are
P356DOI10.1016/S0140-6736(58)92004-X
P698PubMed publication ID13540244

P2093author name stringK LUNDBAEK
O J RAFAELSEN
K NIELSEN
P2860cites workA new blood-sugar reducing substance; preliminary data.Q30832044
[A new anti-diabetes principle; results of clinical research]Q73821639
[An effective peroral anti-diabetic drug (BZ 55)]Q73821642
Orinase, a new oral hypoglycemic compoundQ73990204
In vitro studies on the action of sulfonamide hypoglycemic agentsQ74050417
[Oral therapy of diabetes mellitus by N-tolyl-sulfonyl-N'-butyl urea (D 860); clinical and experimental studies]Q74082834
Action of butyltolylsulfonylurea on liver glycogenolysisQ74181038
Hypoglycemic action of orinase, effect on output of glucose by liverQ74181064
Sulfonylureas and diabetes mellitus. II. Preliminary studies of the mechanism of actionQ74248083
Lack of effect of carbutamide on activity of rat liver glucose-6-phosphataseQ74311517
Insulin secretion following carbutamide injections in normal dogsQ74349558
Some effects of BZ-55 (carbutamide) in experimental animalsQ74386870
Studies of the effect of carbutamide on glucose-6-phosphataseQ74386876
Compounds inhibiting insulin degradationQ74386883
Effects of substituted sulfonylureas on rat diaphragm and liver tissueQ74386886
Observations on the action of tolbutamideQ74386900
Studies of the mechanism of action of sulfonylurea derivativesQ74386921
The effect of sulfonylureas on the rates of metabolic degradation of insulin-I131 and glucagon-I131 in vivo and in vitroQ74386925
Action of the hypoglycemic sulfonyl compounds in hypophysectomized, adrenalectomized, and depancreatized animalsQ74598851
The role of insulin in the action of the hypoglycemic sulfonyl compoundsQ74598855
The effect of tolbutamide on insulin-I131 degradation in the extrahepatic tissuesQ74598857
Studies on the mechanism of tolbutamide hypoglycemia in animal and human subjectsQ74598868
A concept of the mechanism of sulfonylurea-induced hypoglycemia based on studies of glucose and pentose disposition in manQ74598871
The role of insulinase in the hypoglycemic response to sulfonylureasQ74598874
Perfusion studies with sulfonylureas in dogsQ74598880
Studies on the disposition of isotopic glucose in vivo and in vitro under the influence of sulfonylureasQ74598882
Functional and histological studies concerning the action of sulfonylureasQ74598884
Long-term studies of the sulfonylureas in totally depancreatized dogsQ74598894
Studies concerning the role of the liver in the hypoglycemic response of animals to tolbutamideQ74598897
A comparative study of the action of three hypoglycemic compounds on the blood sugar and the islet cells of the pancreas in the ratQ74802179
Effect of oral antidiabetic drugs on blood-sugar and inorganic phosphate curves in oral and intravenous glucosetolerance testsQ74802570
P433issue7029
P407language of work or nameEnglishQ1860
P304page(s)1036-1038
P577publication date1958-05-01
P1433published inThe LancetQ939416
P1476titleMode of action of oral antidiabetic compounds
P478volume1

Reverse relations

cites work (P2860)
Q40039662A Survey of Diabetes Mellitus
Q55483129Long-term results in treatment of diabetes mellitus with the sulphonylureas.
Q36819966Oral hypoglycaemic drugs
Q77195362Oral treatment of diabetes; trail of phenethyldiguanide (D.B.I.).
Q42950003The effect of insulin antibodies on glucose uptake by the isolated rat diaphragm
Q51316563The mode of action of oral antidiabetic compounds.

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