Ovarian Aging - Globe Thesis

Keyword [Ovarian Aging] Result: 1 - 20 \| Page: 1 of 2
1.	Screening The Functional Genes Of Ovarian Aging And Further Investigating The Function Of Selected Targets By The Technology Platform Of Tumor Molecular Biology
2.	The Study Of The Effective Timing Of Ovarian Aging In Chinese Traditional Medicine
3.	The Study On Mechanism Of Chinese Traditional Medicine Treatment By Nourishing Kidney-Yin Of Perimenopausal Syndrome
4.	Functional Definition And Mechanism Exploring Of The Relative Genes To The Ovarian Aging Process
5.	Preliminary Exploration Of Cellular Senescence In The Aging Of Ovary
6.	The Roles Of Hippo Signaling Pathway In Regulating The Function Of Ovarian Germline Stem Cells And Delaying Ovarian Aging
7.	More Years Soup On The Menopausal Transition Model Rat E < Sub > 2 < / Sub >, Lh, Fsh, Gnrh Intervention Effect
8.	Expression Of Amyloid Precursor Protein In Ovarian Granulosa Cells And Its Relationship With Ovarian Aging
9.	Establishing Age-specific Normal Reference Range For Ovarian Aging Markers And Determining Relationships Between The Markers And Cardiovascular Disease
10.	Study Of Inflammatory Factor Interleukin-6 And Novel Transcripts Circular RNA On Ovarian Aging
11.	The Role Of EGR1-regulated Granulosa Cell Apoptosis In Ovarian Aging And Its Mechanism
12.	Establishment And Significance Of Early Warning Model Of Ovarian Aging
13.	The Role Of Chitooligosaccharides In The Prevention And Treatment Of Ovarian Aging And Its Relationship With Immune Function
14.	Exploratory Research Of New Diagnosis And Treatment For Ovarian Aging
15.	Identification Of Human Ovary-derived CircRNAs And Their Potential Roles In Ovarian Aging
16.	The Role And Mechanism Of Ovarian Aging Related LncRNA-lnc81 In The Functional Regulation Of Ovarian Granulosa Cells And Female Germ Stem Cells Mediated By The Hippo Signaling Pathway
17.	Mechanism Of C-phycocyanin Protects Against Low Fertility In Natural Aging Female Mice
18.	The Expression And Significance Of Sirtuins In Ovaries Of Mice With Different Models
19.	The Anti-aging Effect And Mechanism Investigation Of Metformin On The Ovarian Aging
20.	The Role Of Proanthocyanidin In The Proliferation Of Female Germline Stem Cells And Ovarian Aging
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