Tritiated 4-androstene-3,17-dione was incubated with human submaxillary gland homoaenates. In 180-minute incubations, human submaxillary gland converted 4-androstene-3, 17-dione predominately to testosterone and to a lesser extent, 5α-androstane-3α,17β-diol and androsterone.
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References
1.
Weiner, A.L. ; Ofner, P.; and Sweeney, E.A.: Metabolism of Testosterone-4-14C by the Canine Submaxillary Gland In Vivo, Endocrinology87:406-409, 1970.
2.
Baldi, A., and Charreau, E.H. : 17β-Hydroxysteroid Dehydrogenase Activity in Rat Submaxillary Glands. Its Relation to Sex and Age, Endocrinology90: 1643-1646, 1972.
3.
Baldi, A., and Charreau, E.H.: Testosterone Metabolism by Rodent Submaxillary Glands in Relation to Their Sexual Dimorphism, Acta Physiol Lat Am22:129-134, 1972.
4.
Thomas, J.A.: Knych, E.T., JR.; Mawhinney, M.W. ; and Smith, S.R.: Action of Various 19-Norsteroids on the Uptake of Radioactive Testosterone by Sex Accessory Organs of the Mouse , Europ J Pharmacol9: 235-238, 1970.
5.
Goldstein, J.L., and Wilson, J.D.: Studies on the Pathogenesis of the Pseudohermaphroditism in the Mouse with Testicular Feminization, J Clin Invest51:1647-1658, 1972.
6.
Coffey, J.C.: Steroid Metabolism by Mouse Submaxillary Glands. I. In Vitro Metabolism of Testosterone and 4-Androstene-3,17-dione, Steroids22:247-257, 1973.
7.
Booth, W.D.: The Occurrence of Testosteone and 5α-Dihydrotestosterone in the Submaxillary Salivary Gland of the Boar, J Endocrin55:119-125, 1972.
8.
Katkov, T. ; Booth, W.D.; and Gower, D.B.: The Metabolism of 16-Androstenes in Boar Salivary Glands, Biochim Biophys Acta270:546-556,1972.
9.
Elattar, T.M.A. : In Vitro Metabolism of Estrone 2, 4, 6, 7-3H and 4-Androstene-3,17-Dione-1,2-3H in Submandibular Gland Cancer Tumor, Steroids24:519-526, 1974.
10.
Coffey, J.C. ; Aronin, P.A.; French , F.S.; and Nayfeh, S.N.: Steroid Metabolism by Testicular Homogenates of the Stanley-Gumbreck Pseudohermaphrodite Male Rat. I. Increased Formation of Androsterone and Androstanediol, Steroids19:433-454. 1972.
11.
Ritzen, E.M. ; Nayfeh, S.N.; French , F.S.; and Aronin, P.A.: Deficient Nuclear Uptake of Testosterone in the Androgen-Insensitive (Stanley-Gumbreck) Pseudohermaphrodite Male Rat , Endocrinology91 :116-124, 1972.
12.
Bullock, L.P. ; Bardin, C.W.; and Ohno, S.: The Androgen Insensitive Mouse: Absence of Intranuclear Androgen Retention in the Kidney, Biochem Biophys Res Comm44:1537-1543, 1971 .
13.
Verhoeven, G., and Demoor, P.: Intranuclear Metabolism of Testosterone in Kidneys of Male and Female Rats, Endocrinology89: 842-846, 1971.
14.
Bullock, L. ; Schneider, G. ; and Bardin, C.W.: 5α-Steroid Reductase Activity in Tissue from Rats with End Organ Insensitivity to Testosterone , Life Sci9(Part I) :701-705, 1970.
15.
Richardson, G.S., and Axelrod, L.R.: Metabolism of Labeled Testosterone by Minces and Nuclei of Preputial Glands of Male Rats, Endocrinology88:890-894, 1971.
16.
Takayasu, S. , and Adachi, K.: The In Vivo and In Vitro Conversion of Testosterone to 17β-Hydroxy-5α-Androstan-3-One (Dihydrotestosterone) by the Sebaceous Gland of Hamsters, Endocrinology90:73-80, 1972.
17.
Flamigni, C.A. ; Collins, W.P.; Koulla-Pis , E.N.; and Sommerville , I.F.: Formation and Metabolism of Testosterone in Rat Skin, Endocrinology87:764-770, 1970.
18.
Chamberlain, J.; Jagarinec, N.; and Ofner, P.: Catabolism of [4-14C] Testosterone by Subcellular Fractions of Human Prostate, Biochem J99:610-616, 1966.
19.
Wilson, J.D. , and Gloyna, R.E.: The Intranuclear Metabolism of Testosterone in the Accessory Organs of Reproduction, Rec Prog Hor Res26: 309-336, 1970.
20.
Leav, I.; Morfin, R.F.; Ofner, P.; Cavazos, L.F.; and Leeds, E.B.: Estrogen and Castration-Induced Effects on Canine Prostatic Fine Structure and C19-Steroid Metabolism, Endocrinology89:483, 1971.
21.
Bruchovsky, N.: Comparison of the Metabolites Formed in Rat Prostate Following the In Vivo Administration of Seven Natural Androgens, Endocrinology89:1212-1222, 1971 .
22.
Barthe, P.L. ; Bullock, L.P. ; Mowszowica, I.; Bardin, C.W. : and ORTH, D.M.: Submaxillary Gland Epidermal Growth Factor : A Sensitive Index of Biologic Androgen Activity, Endocrinology95:1019-1025, 1974.
23.
Ances, I.G. : Serum Concentrations of Epidermal Growth Factor in Human Pregnancy, Am J Obstet Gynecol115:357-362, 1973.
24.
Starkey, R.H. ; Cohen, S.; and Orth, D.N.: Epidermal Growth Factor: Identification of a New Hormone in Human Urine, Science89:800-802, 1975.