DIETARY INDUCTION OF MULBERRY HEART-DISEASE AND HEPATOSIS DIETETICA IN PIGS .1. NUTRITIONAL ASPECTS
- 1 January 1972
- journal article
- research article
- Vol. 36 (4) , 371-+
Abstract
Two trials were conducted, involving 48 Yorkshire specific pathogen-free pigs, three to four weeks old, to investigate diets which would result in a high incidence of deaths from mulberry heart disease and hepatosis dietetica in pigs. Diets based on ground corn with torula yeast resulted in a high incidence of death. Protein supplements of dried skim milk or soybean meal with corn did not induce a high incidence of death. Diets supplemented with torula yeast had the lowest selenium concentration and highest (alpha-)tocopherol concentration of the diets investigated and resulted in lower liver selenium concentrations. A higher frequency of hepatosis dietetica, mulberry heart disease, skeletal muscle degeneration and exudative diathesis was observed in pigs fed the low level selenium diets containing torula yeast.Keywords
This publication has 13 references indexed in Scilit:
- Selenium Supplementation of Practical Diets for Growing-Finishing SwineJournal of Animal Science, 1971
- Dietary hepatic necrosis associated with selenium-vitamin E deficiency in swine.1969
- Vitamin E and essential fatty acids in avian reproduction.1968
- Thin-layer chromatography with precoated alumina sheetsJournal of Chromatography A, 1967
- Movement of Physiological Levels of Selenium from Soils through Plants to AnimalsJournal of Nutrition, 1966
- Value of Selenium in Alfalfa for the Prevention of Selenium Deficiencies in Chicks and RatsJournal of Nutrition, 1965
- Fluorometric Selenium Determinations in the Liver of Normal Pigs and in Pigs Affected with Nutritional Muscular Dystrophy and Liver DystrophyActa Veterinaria Scandinavica, 1965
- Selenium and Torula Yeast in Production of Exudative Diathesis in Chicks.Experimental Biology and Medicine, 1960
- Acceleration of Vitamin E Deficiency by Torula Yeast. II. Effect of Torula Yeast Ash and LipidExperimental Biology and Medicine, 1958
- Liver Necrosis and Altered Fat Composition in Vitamin E-Deficient SwineJournal of Nutrition, 1955