Die Zuckerkrankheit und ihre Behandlung

Noorden, Carl von

doi:10.1007/978-3-662-42485-8

Cited by 77 publications

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“…paramorphane (16) and dilaudide (17) also do not increase the oxidation rate, either by themselves, or together with glucose; above a certain concentration they exhibit a proportional retarding action. Some experiments with paracodeine, clicodide and monoacetyldihydromorp~ine (no protocolls published) gave also negative results.…”

Section: Expmentioning

confidence: 99%

On insulin‐like actions of morphine and certain morphine derivatives¹

Ahlgren¹

1930

Skandinavisches Archiv Für Physiologie

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(With 9 flgores in the text.)The intimate connection between the many functions of the living cells and the biological oxidation processes makes the question of the influence of drugs on cell oxidations an important task for research. Our modern methods for the study of cell and tissue oxidation havc also opened a new and extensive field for experimental pharmacology.In this paper are presented the results of a series of investigations in which the action of morphine, some other opium alkaloids, and certain morphine derivatives on the oxidation processes in frogs' inuscles has been studied. They have been investigated mainly by the aid of Thunberg's methylene blue method, but partly also with the microrespirometric technique of the same author.It was during work on the influence of insulin on tissue metabolism that the question of the action of morphine and related substances became of interest.It was found that insulin exerts a typical action on tissue oxidation; an action which is in all probability intimately related t o the primary physiological function of insulin. It was possible t o demonstrate that insulin, in cooperation with glucose and a certain agent, glueornutin, present in the cells, strongly accelerates the oxidation rate in the tissues under certain conditions2 [Ahlgren (I)].

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Section: Expmentioning

confidence: 99%

On insulin‐like actions of morphine and certain morphine derivatives¹

Ahlgren¹

1930

Skandinavisches Archiv Für Physiologie

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“…Magnus-Levy6 in 1899 showed that the main source of the acid was incompletely burned fat, and observed that in diabetic acidosis the rate of formation of /?-hydroxybutyric acid sometimes exceeded 100 gm (approximately 1,000 mEq of hydrogen ion per day). Amounts recovered in the body at death were comparable to the amounts of acid per kilogram body weight found fatal in rabbits by Walter. Van Noorden,7 however, maintained that the quantity of accumulated acids was not the only factor producing diabetic coma, but that the toxicity of the anion also had to be taken into consideration. Huntley,8 in an extensive review in 1915, concluded that diabetic coma was due pri¬ marily to the toxic action of the acetoacetic anion and not to acidosis per se.…”

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confidence: 99%

Metabolic Acidosis—Diabetic

Nuttall

1965

Arch Intern Med

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“…These must be known for a proper evaluation of results (21,26,40,42,50,56,57,69,76,96,103,104,105). (k) Occupational work and exercise.…”

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confidence: 99%

Past and Present Methods and Results of Sugar Analysis of Saliva

Young

1941

J Dent Res

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The belief that sugar exerts a harmful effect on teeth has been taught by the dental profession and accepted by the public for many years, even though biochemically very little is known about the various types of sugars in solution in the oral secretion. The inadequacy of the information available on this question of inestimable importance prompted an investigation to determine: first, whether glucose2 is a normal constituent of human saliva and, if so, in what quantities it is present; second, whether glucose is present in the saliva-possibly in increased or decreased amounts-under pathological conditions such as diabetes, glycosuria and uremic nephritis; and third, whether the ingestion of sugars would temporarily raise the salivary sugar content.3Since a large number of experiments have been conducted on animals, a historic survey is given below. LITERATURE

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Die Zuckerkrankheit und ihre Behandlung

Cited by 77 publications

References 0 publications

On insulin‐like actions of morphine and certain morphine derivatives¹

On insulin‐like actions of morphine and certain morphine derivatives¹

Metabolic Acidosis—Diabetic

Past and Present Methods and Results of Sugar Analysis of Saliva

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Die Zuckerkrankheit und ihre Behandlung

Cited by 77 publications

References 0 publications

On insulin‐like actions of morphine and certain morphine derivatives1

On insulin‐like actions of morphine and certain morphine derivatives1

Metabolic Acidosis—Diabetic

Past and Present Methods and Results of Sugar Analysis of Saliva

Contact Info

Product

Resources

About

On insulin‐like actions of morphine and certain morphine derivatives¹

On insulin‐like actions of morphine and certain morphine derivatives¹