The ultrastructure of the sweat glands of cattle, sheep and goats was studied before, during, and after, exposure of the animals to controlled warm environments. In cattle, sweating induced …

The pattern of sweat output from sheep during prolonged exposure to heat appears to be determined not only by processes of secretion and intermittent expulsion but also by the …

The mechanism appears to be one of fluid transport and exocytosis of secretory vesicles, which in this species seem to be derived from the Golgi apparatus and/or mitochondria. The glands of …

Sheep have a sebaceous (oil) gland in the skin of the interdigital space. A thick, oily, translucent secretion is stored in a small pouch between the phalanges and is discharged to the skin …

It is concluded that sweating on the mid-side of the sheep and goat is controlled by an adrenergic mechanism, that secretion from the adrenal medulla under conditions of mild heat stress does …

It is concluded that sweating on the mid-side of the sheep and goat is controlled by an adrenergic mechanism, that secretion from the adrenal. and that sweating is mediated by adrenergic oc …

In sheep, the number and size of the sweat glands (Waites & Voglmayr, 1962) and the quantum of sweat production in a particular time period (Ghoshal et al. 1977) varies in different body …

The sweat glands of the cow, sheep, goat, horse and man were examined ultrastructurally at different stages of activity in an attempt to explain the different patterns of sweat output …

Thus, in the sheep genetic groups studied herein, the sweat glands, both type and number, do not contribute to a differential mechanism of thermolysis between the GG. Key-words: …

The duct of the cow, sheep and goat can be divided into two main parts, the intrafollicular region and the intradermal region. Three sub-regions, namely the perifollicular zone, the duct body …