Anti-Mullerian Hormone: Molecular Mechanism of Action
(Anti-Miillerse Gang Hormoon: Moleculair Werkingsmechanisme)
1998-09-23
Doctoral Thesis
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During early fetal development. the primitive urogenital system is bipotential and can develop into a male or female direction, depending on the chromosomal sex of the fetus. In this chapter, regulatory factors of sex determination and differentiation are described. The roles of two testicular hormones, testosterone and anti-Mullerian hormone (AMH), which are essential for proper differentiation of the internal genitalia, are discussed.
Supervisor
(promotor):
The
author
wishes to thank:
Nederlandse Organisatie voor Wetenschappelijk Onderzoek (NWO)
Keywords
Automatically Extracted Terms
- receptor
- mullerian
- mullerian ducts
- expression
- mullerian duct regression
- alk 2
- fetus
- development
- amhrii
- factor
- figure
- kinase
- type i receptor
- protein
- activity
- type ii receptor
- regression
- chapter
- mouse
- differentiation
