Ginsenoside CK - Globe Thesis

Keyword [Ginsenoside CK] Result: 1 - 19 \| Page: 1 of 1
1.	Inhibitory Effect Of Ginsenoside CK Combined With Cisplatin On Lung Adenocarcinoma A549 Cell Line In Vitro
2.	Effect Of Ginsenoside Compound K On Apoptosis Of T24Human Bladder Cancer Cell Lines
3.	Microbial Transformation Of Ginsenosides And Protective Effect Of Ginsenoside Compand K Against Cisplatin-induced Acute Kidney Injury In Mice
4.	Compound K Induces Endoplasmic Reticulum Stress-Apoptosis In Human Liver Cancer Cells By Regulating STAT3
5.	Molecular Mechanism Of Ginsenoside CK Targeted Regulation Of Aβ Deposition To Protect Neurons And Attenuate Memory Impairment Based On Nrf2/keap1 Signaling Pathway
6.	Studies Of Ginsenoside CK Solid Dispersions Base By Vitamin E Polyethylene Glycol Succinate 1000
7.	Mechanism Of Ginsenoside CK Induced Apoptosis In SMMC-7721 By TGF-β1/Smads Signaling Pathway
8.	Protective Effect And Molecular Mechanism Of Ginsenoside CK On Injured H9c2 Cells Induced By Cobalt Chloride
9.	Ginsenoside Compound K Induced Implanted Hepatoma Tumor Apoptosis In Nude Mice By Erssignal Pathway
10.	Study On The Mechanism Of Energy Metabolism Regulation By Ginsenoside CK Via PPARγ Pathway In Alzheimer’s Disease
11.	Study On Antitumor Mechanism Of Ginsenoside CK And Preparation Of Liposomes
12.	Ginsenoside CK Regulates Bclaf1 Mediated HIF-1α Mechanism Of Ubiquitination Inhibiting Hepatoma Cell Proliferation By Glycolysis
13.	Studies On The Synergistic Effects Of TRAIL With A Derivative From Heat Modified Pectin And Ginsenoside CK On Human Colon Cancer Cells
14.	Study On The Activity Of Ginsenoside CK In Improving Insulin Resistance And Preparation Of Inclusion Complex
15.	Ginsenoside CK Induces Mitochondrial Apoptosis Of Human Hepatoma Cells By Regulating Bclaf1 Through ERK Pathway
16.	Studies On The Hypolipidemic Effects Of Ginsenoside Compound K By Enhancing Lipophagy And Lipase ATGL
17.	Ginsenoside CK Enhances Efficacy Of Pemetrexed In Lung Adenocarcinoma By Inhibiting Glycolysis Via EGFR/AKT/G6PC3 Signaling Axis
18.	Study On The Mechanisms Of Ginsenoside CK For Reducing Oxygen-glucose Deprivation/Reoxygenation Injury In Neuronal Cells Based On Mul1/Mfn2 Pathway
19.	Study On The Mechanism Of Ginsenoside CK Regulating P2X7 To Improve Liver Fibrosis Through YAP
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