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. 2022 Mar 29;31:09636897221083252. doi: 10.1177/09636897221083252

Table 1.

A Variety of Stem Cells Technologies Provide the Promise for Curing Reproductive Diseases.

Gender Organs Infertility diseases Stem cells types Applications Effects and reference
Male Testis Azoospermia
Apsermia
Oligospermia Varicocele
ADSCs Rat Spermatogenesis↑, Testis morphology↑, Birth↑ 5
UCSCs Mouse Germ cells↑, Testicular tissue↑ 6
iPSCs Human Spermatogenesis↑ 7
SSCs Macaque Spermatogenesis↑ 8
Asthenozoospermia UCSCs Hypothesis Germ cells↑ 6
Female Endometrium Asherman’s syndrome MenSCs Human Endometrium↑ 9
Intrauterine adhesions UCSCs Human Endometrium↑, Birth↑ 4
Thin endometrium and recurrent pregnancy losses EPCs Mouse Endometrium↑, Birth↑ 10
Ovary Polycystic Ovarian Syndrome ADSCs Mouse, Rat Follicles↑, Estradiol↑ 11
Premature Ovarian Failure AFSCSs Mouse Follicles↑ 12
Premature Ovarian Failure BMSCS Mouse Follicles↑, Follicular stimulated hormone↓, Estradiol↑ 13
Premature Ovarian Failure OSCs Mouse Oocytes↑, Birth↑14,15
Premature Ovarian Failure ESCs Mouse Oocytes↑14,16

ADSCs: adipose tissue-derived MSCs; AFSCs: amniotic fluid stem cells; iPSCs: induced pluripotent stem cells; menSCs: menstrual blood-derived stromal cells; OSCs: oogonial stem cells; SSCs: spermatogonial stem cells; UCSCs: umbilical cord stem cells; BMSCs: bone marrow stem cells; EPCs: endometrial progenitor cells; ESCs: embryonic stem cells.