Tonelli Q J, Sorof S
Nature. 1980 May 22;285(5762):250-2. doi: 10.1038/285250a0.
The mouse mammary gland in serum-free whole organ culture can be manipulated hormonally to undergo one complete physiological cycle consisting of lobuloalveolar development, functional differentiation and regression, mimicking processes that occur in vivo. A second cycle has not previously been achieved in vitro. The present study has identified a specific requirement for epidermal growth factor (EGF) in the morphological development of mammary lobuloalveoli, allowing two complete cycles of development and regression in culture.
在无血清全器官培养体系中,小鼠乳腺可通过激素调控经历一个完整的生理周期,包括小叶腺泡发育、功能分化和退化,模拟体内发生的过程。此前尚未在体外实现第二个周期。本研究确定了表皮生长因子(EGF)在乳腺小叶腺泡形态发育中的特定需求,从而使培养中能实现两个完整的发育和退化周期。