Sweating in cattle VI. Density of sweat glands and its relationship with cutaneous evaporation
- 1 August 1960
- journal article
- research article
- Published by Cambridge University Press (CUP) in The Journal of Agricultural Science
- Vol. 55 (1) , 109-110
- https://doi.org/10.1017/s0021859600021675
Abstract
Two calves (Zebu × Australian Illawara Shorthorn and Shorthorn) of about 7–8 months of age were exposed to controlled atmospheric conditions. Cutaneous evaporation from the shoulder and belly areas of these calves was measured by the capsule method. Density of the sweat glands in the shoulder and belly areas of these calves was measured, using a biopsy punch. Density was estimated by counting the hair follicles. (1) The Zebu cross sweats more than the Shorthorn, at least from the shoulder area, and this is related to its higher sweat gland density as compared with that of the Shorthorn. (2) In the Zebu cross cutaneous evaporation from the shoulder area is greater than that of the belly and this is associated with the differences in the number of sweat glands. (3) In the Shorthorn cutaneous evaporation is the same from both shoulder and belly areas and the number of sweat glands in these regions is also the same.Keywords
This publication has 8 references indexed in Scilit:
- Sweating in cattle. V. Sweat printsThe Journal of Agricultural Science, 1959
- Sweating in cattle. II. Cutaneous evaporative loss measured from limited areas and its relationship with skin, rectal, and air temperaturesThe Journal of Agricultural Science, 1959
- Sweating in cattle. IV. Control of sweat glands secretionThe Journal of Agricultural Science, 1959
- Sweating in cattle. III. Mechanism of water transportation through the skinThe Journal of Agricultural Science, 1959
- Sweating in cattle. I. Cutaneous evaporative losses in calves and its relationship with respiratory evaporative loss and skin and rectal temperaturesThe Journal of Agricultural Science, 1958
- The hair follicle and apocrine gland populations of Zebu (Bos indicus L.) and Shorthorn (B. taurus L.) cattle skin.Australian Journal of Agricultural Research, 1955
- The hair follicle and apocrine gland population of cattle skin.Australian Journal of Agricultural Research, 1954
- The sweat glands of Ayrshire cattleThe Journal of Agricultural Science, 1950