Chemical Changes in the Blood During Fasting and Subsequent Refeeding

Morgulis, Sergius; Edwards, A.C.

doi:10.1152/ajplegacy.1924.68.3.477

Cited by 32 publications

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“…Concurrent with the increase in protein catabolism, there is apparently an increase in available sugar and any lowering of the sugar content of the blood is again restored to normal level. 84 Since protein is more antiketogenic than ketogenic, 77 an increase in protein catabolism might well account for the observed tendency of cows with mild ketosis to recover without treatment. 120 Similarly, the tendency of ewes affected with mild pregnancy disease to recover after the lambs are born may possibly be attributed in part to the antiketogenic effect of the breakdown of tissue protein as well as, presumably, to the sudden tho transitory reduction in the demand for energy immediately following parturition.…”

Section: * 28mentioning

confidence: 99%

Ketosis in domestic animals : clinical and experimental observations / by Jesse Sampson.

Sampson¹

1947

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Section: * 28mentioning

confidence: 99%

Ketosis in domestic animals : clinical and experimental observations / by Jesse Sampson.

Sampson¹

1947

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“…previously reported (Morgulis and Edwards, 1924). Possibly the dog is able to reduce its energy requirements during fasting.…”

Section: Canine Resistance To Development Of Ketosis During Starvatiomentioning

confidence: 82%

“…Potassium concen trations in treatment dogs were not any lower than those in control dogs in Starvations I and II. Morgulis (1928) reported lower serum potassium concentrations for fasted dogs. Lemieux and Plante (1968) found that within 48 hours after the onset of starvation in the dog potassium excre tion fell rapidly and continued to fall throughout the remainder of the 12 days of starvation.…”

Section: Plasma Potassium Analysismentioning

confidence: 92%

“…Blood sugar and cholesterol levels during complete and partial starva tion have been reported as decreased, unchanged, and increased (Keys et al, 1950;Hazelwood and Lorenz, 1959). Morgulis and Edwards (1924) reported unchanged-to-slight decreases in blood glucose levels in fasted dogs. Kornegay et al (1964) found that in pigs serum cholesterol did not increase immediately upon fasting.…”

Section: Canine Resistance To Development Of Ketosis During Starvatiomentioning

confidence: 98%

“…Starvation II sodium values showed no significant differences with those of the Control regimen. Morgulis (1928) reported no change in plasma sodium concentration when dogs were subjected to lengthy periods of starvation. Crouch (1968) found no significant effect of repeated starva tion and refeeding on plasma sodium concentrations.…”

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Arterial fine structure and blood chemistry changes induced by periodic starvation and refeeding a high carbohydrate diet

Roloff¹

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Arterial Fine Structure and Pathophysiological Change 3 Fine structure of muscular arteries 3 Fine structural alterations in the induced state Effects of inadequate nutrition, starvation, and refeeding on the cardiovascular and related systems Lipoproteins Physical and chemical properties of lipoproteins Human lipoprotein patterns Composition and distribution of human lipoproteins Nutritional alterations of composition and distribution of the human lipoproteins 49 Genetic and disease alterations of human lipoproteins 54 Relationship of human lipoprotein alterations and etiology of heart and blood vessel diseases 56 Dog lipoprotein patterns 60 Composition and distribution of dog lipoproteins 60 Nutritional alterations of composition and distribution of dog lipoproteins 63

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Acute Intestinal Obstruction

Foster¹,

Häusler²

1925

Arch Intern Med (Chic)

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Acute Intestinal Obstruction is a condition which llu} be brought about by a great variety of causes. may be produced by the presence of foreign bodies 'locking up the lumen of some part of the gut, by Pathological conditions of the wall of the gut itself, such as the various forms of stricture of the bowel, an intussusception, and by conditions involving e gut externally, for instance, bands, and hernise. A Table of Causal Conditions. These various causes of Acute Intestinal Obstiuc-10n niay be classified under the following headings : 1-Conditions inside the gut.?(a) Faecal impac-??n(b) foreign bodies.-? Pathological conditions involving the gu .self.?(a) Simple or malignant strictures becomln" acutelv obstructed; (b) intussusception; (c) Volvulus.. Pathological conditions external to but involithe-gut.?(a) Strangulation by bands; (b) ?strangulation through orifices and internal hermae ; (c) kinking 0f the gut; (d) tumours pressing on the gut. w ^ orcign bodies may be defined as substances *hlch are not acted on by the digestive fluids of the allmentary tract. They may be composed of mineral 0r Vegetable substances, and as examples may be Gntioned gallstones ; masses of phosphates, e.g.

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Chemical Changes in the Blood During Fasting and Subsequent Refeeding

Cited by 32 publications

References 0 publications

Ketosis in domestic animals : clinical and experimental observations / by Jesse Sampson.

Ketosis in domestic animals : clinical and experimental observations / by Jesse Sampson.

Arterial fine structure and blood chemistry changes induced by periodic starvation and refeeding a high carbohydrate diet

Acute Intestinal Obstruction

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