no edit summary
Line 1: Line 1:  
{{review}}
 
{{review}}
   −
{{toplink
  −
|backcolour =EED2EE
  −
|linkpage =Reproductive System - Anatomy & Physiology
  −
|linktext =Reproductive System
  −
|maplink = Reproductive System (Content Map) - Anatomy & Physiology
  −
|sublink1=Female Reproductive Tract -The Ovary - Anatomy & Physiology#Processes Taking Place In The Ovary
  −
|subtext1=PROCESSES TAKING PLACE IN THE OVARY
  −
}}
  −
<br>
   
==Introduction==
 
==Introduction==
 
Oogenesis is the process of producing the female gametes, the Ovum, from the primordial germ cells. The majority of the steps in oogenesis, up to the point of producing primary oocytes, occur pre-natally. Therefore, females are born with all of the Primary Oocytes that they will ever have as primary oocytes do not divide further. These Primary Oocytes are committed to a gamete fate and either become secondary oocytes or degenerate. Oocyte development occurs within follicles and so oogenesis and folliculogenesis occur in conjunction with each other, interacting via reciprocal induction. The follicular granulosa cells produce important growth factors and supporting substances to facilitate oocyte development and visa-versa.
 
Oogenesis is the process of producing the female gametes, the Ovum, from the primordial germ cells. The majority of the steps in oogenesis, up to the point of producing primary oocytes, occur pre-natally. Therefore, females are born with all of the Primary Oocytes that they will ever have as primary oocytes do not divide further. These Primary Oocytes are committed to a gamete fate and either become secondary oocytes or degenerate. Oocyte development occurs within follicles and so oogenesis and folliculogenesis occur in conjunction with each other, interacting via reciprocal induction. The follicular granulosa cells produce important growth factors and supporting substances to facilitate oocyte development and visa-versa.
Author, Donkey, Bureaucrats, Administrators
53,803

edits