Effects of prolactin and androgens on seminal vesicular lipids of castrated mature bonnet monkeys Macaca radiata.

Effects of prolactin (PRL), bromocriptine (Br), testosterone propionate (TP), dihydrotestosterone (DHT) and the combination of these androgens with PRL/Br on the total lipid, total cholesterol, total glyceride glycerols, total phospholipid and their fractions in seminal vesicles of castrated mature monkeys were studied. Glyceride glycerols formed the major portion (50%) of total lipids in normal monkeys. Cholesterol and phospholipids were of equal share (25%). Esterified cholesterol formed major share (75%) of total cholesterol. Diacyl glycerol was the major (60%) glyceride glycerol and phosphatidyl choline and ethanolamine were the major phospholipid classes. Except triacyl glycerol castration markedly decreased all the lipid classes. PRL restored normal free and esterified cholesterol and phosphatidyl inositol but Br invariably decreased all the lipid classes. TP/DHT treatment stimulated the free and esterified cholesterol more than the control; it restored the normal glyceride glycerols. Phosphatidyl inositol, choline and ethanolamine were stimulated by androgens and other phospholipid classes were brought to normal. Addition of PRL + TP/DHT markedly increased esterified cholesterol, phosphatidyl inositol, choline, ethanolamine and phosphatidic acid. In all these aspects, Br counteracted the effects of androgens and PRL.

Effects of whole body Co-60 irradiation on the testes and epididymides of hedgehog (Hemiechinus auritus Collaris): a biochemical analysis.

The effects of 575 and 875 Rontgen (R) of whole-body irradiation in common Indian hedgehog (Hemiechinus auritus Collaris) were studied. At 875 R it showed typical signs and symptoms of radiation sickness, transient body loss and radiation mortality. Extensive vasculitis, pyknosis, chromatorrhexix and chromatolysis was noticed in the testes of irradiated hedgehogs. Epididymides and vas deferens were devoid of spermatozoa. Whole body irradiation inhibited the RNA, protein and sialic acid synthesis in the testes. Total cholesterol per gram of testes was increased significantly. Sialic acid contents of the irradiated epididymides were low. Reduced androgen production was confirmed in non-active Leydig cells, with diminished sex accessory organs and decreased fructose contents in the seminal vesicles of irradiated hedgehogs.