Bovine sebum composition during the first 6 weeks post partum

Author:

Mabon R. M.,Noble R. C.,Jenkinson D. McEwan

Abstract

A noticeable feature of mammalian skin surface lipids is the considerable variation in lipid and fatty acid compositions that exists between species (Nicolaides, Fu & Rice, 1968). The sebaceous lipids of oxen are characterized by the presence of relatively high levels of triglycerides, which, in contrast to those of other bovine tissues, contain a significant proportion (> 20%) of linoleic acid (Noble, Crouchman & Moore, 1974; Smith, Noble & Jenkinson, 1975; O'Kelly, Reich & Mills, 1980). The uniqueness of these highly unsaturated triglycerides has indicated possible roles in the chemical and biological defence systems of the skin surface for linoleic acid released by hydrolysis (Jenkinson, 1980). The skin surface triglycerides of calves do not attain the high levels of linoleic acid displayed by adults until 4–5 weeks after birth (Nobleet al.1975). It is, however, not known if a new-born calf compensates for this difference by an increase in sebum triglyceride concentration and output or, in view of the decreased availability of linoleic acid at this Stage, produces a sebum of widely different composition from the adult.

Publisher

Cambridge University Press (CUP)

Subject

Genetics,Agronomy and Crop Science,Animal Science and Zoology

Reference11 articles.

1. The effect of environment on sebum output and composition in cattle;Smith;Research in Veterinary Science,1975

2. The topography, climate and chemical nature of the mammalian skin surface;Jenkinson;Proceedings of the Royal Society of Edinburgh,1980

3. The composition of the skin surface lipids of European cattle and buffalo steers;O'Kelly;Comparative Biochemistry and Physiology,1980

4. Relationship between lipids in plasma and skin secretions of neonatal calf with particular reference to linoleic acid

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