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. Author manuscript; available in PMC: 2022 Jun 1.
Published in final edited form as: Curr Opin Endocr Metab Res. 2021 Mar 20;18:118–127. doi: 10.1016/j.coemr.2021.03.005

Table 1.

Studies reporting varying effects of autophagy on primordial follicle formation.

Author Mouse Strain Autophagy System Treatment Time Primordial Follicle Formation Oocyte Number
Sun et al., 2020 CD1 activate Organ culture 100 uM Rapamycin PND 0–3 increased no change
Sun et al., 2018 CD1 activate Organ culture 300 nM Rapamycin PND* 0–3 reduced increased
Zhang et al., 2017 CD1 activate Organ culture 250 nM Rapamycin 18.5 – 19.5 dpc reduced no change
Zhihan et al., 2019 K activate Organ culture 100 nM Rapamycin 17.5 dpc-PND 3 no change no change
Sun et al., 2018 CD1 inhibit Organ culture 10 mM 3-MA PND* 0–3 increased reduced
Sun et al., 2020 CD1 inhibit Organ culture 1 mM 3-MA PND 0–3 reduced no change
Zhihan et al., 2019 K inhibit Organ culture 1 mM 3-MA 17.5 dpc-PND 3 reduced no change
Zhihan et al., 2019 K inhibit In vivo injection 15ug/gram body weight/ day 3-MA PND 0–3 reduced no change
Sun et al., 2020 CD1 activate In vivo starvation PND 0–1.5 increased increased (but n=1)
Watanabe & Kimura, 2018 B6 activate In vivo starvation PND 0.5–1.5 increased not reported
Wang et al 2017 CD1 activate In vivo starvation PND 1.5–3 reduced no change
Sun et al., 2020 CD1 activate In vivo starvation PND 0–2 no change no change
Sun et al., 2020 CD1 activate Organ culture miR378–3 overexpression PND 0–3 increased no change
Watanabe et al., 2020 B6 activate In vivo injection TAT-Beclin 1 D11 peptide PND 0–2.5 increased no change
Sun et al., 2020 CD1 inhibit Organ culture miR378–3 inhibition PND 0–3 reduced no change
*

started culture at 17.5 dpc for 2 days then treated for the following 3 days to the equivalent of PND 3.