human granulosa cells - Globe Thesis

Keyword [human granulosa cells] Result: 1 - 17 \| Page: 1 of 1
1.	The Effects Of RhAMH On The Function Of Human Granulosa Cells And Its Relationship With The Ovary Reserve And Response In Infertile Women
2.	Effect Of Ploycystic Ovary-Like Environment On Hormone Secretion From Normal Human Granulosa Cells In Vitro
3.	Expression Of GDF-9 In Human Granulosa Cells Of Poor Ovarian Responder Patients Undergoing Controlled Ovarian Hyperstimulation (COH)
4.	The Role Of EGF-like Growth Factors And TGF-β1 In The Regulation Of Ovulation-related Genes Expression In Human Granulosa Cells And The Underlying Molecular Mechanism
5.	The Effects Of5-Androstenedione、Luteinizing Hormone And Insulin On The Anti-Mullerian Hormone Secretion Of Human Granulosa Cells
6.	Research On TLR3 Signal Pathway In Innate Antiviral Responses Of Ovary Granulosa Cells After Virus Infection
7.	The Role Of Apelin In The Expression In Polycystic Ovary Syndrome Serum And Granulosa Cells And The Underlying Molecular Mechanism
8.	The Effect Of Metformin By Regulating MiRNA-133b On Human Granulosa Cells' Proliferation And Apoptosis
9.	TGF-?1 Mediates Aromatase Expression In Human Granulosa Cells And The Molecular Mechanism
10.	The Research On The Age-related Changes In The Mitochondria Of Human Granulosa Cells And The Regulation Mechanism
11.	The Molecular Mechanism Of MiR-133b In Regulating Polycystic Ovary Syndrome Development
12.	Effects Of BPA And TCS On Female Reproduction And Mechanism Involved
13.	GDF-8 Mediates Aromatase Expression In Human Granulosa Cells And The Molecular Mechanism Involved In The Development Of PCOS
14.	Melatonin Mediates StAR Expression In Human Granulosa Cells And The Molecular Mechanism
15.	Functional Relationship Between Follicle Stimulation Hormone And Bone Morphogenetic Protein 9 In Regulating Proliferation By Human Granulosa Cells
16.	The Role Of Mitochondrial Unfolded Protein Response Related Protein ClpP In Human Granulosa Cells In Ovarian Reserve Function
17.	The Molecular Mechanism Study Of EGCG Catechin To Regulate Progesterone Production In Human Granulosa Cells
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