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Keyword [HDGF]
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1. Proteomics Analysis Of Serous Ovarian Carcinoma
2. The Effect On The Function Of Hepatoma Hepg2 Cells By Sirna Specifically Suppressing The Expression Of Hdgf Protein
3. Hrp-3 Up-regulated Expression In Hepatocellular Carcinoma And Biological Significance
4. AGR2 Promotes Metastasis In Hepatocellular Carcinoma And Characterization Of HDGF Interactome
5. The Study Of Hepatoma-Derived Growth Factor In Malignant Biological Behavior Of Human Hilar Cholangiocarcinoma
6. Study Of The Expression Of Hepatoma-derived Growth Factor And P53 Protein In Colorrectal Cancer
7. Expression Of Hepatoma-Derived Growth Factor And Vascular Endothelial Growth Factor In Hepatocellular Carcinoma
8. Expression And The Correlation Study Of Hepatoma-derived Growth Factor In Cholangiocarcinoma
9. Expression And The Correlation Study Of Hepatoma-derived Growth Factor In Pancreatic Cancer
10. Effect And Mechanism Of HDGF Knock Down By RNAi On Biological Behaviors Of Human U87 Cells In Vitro
11. Effect And Mechanism Of HDGF Knock Down On Tumorigenesis Of Human U87 Cells In Vivo
12. Effects And Mechanism Of Hepatoma-derived Growth Factor In Cell Growth, Migration, And Invasion Of Breast Cancer And Prostate Cancer Cells
13. Study On The Expression Of HDGF And Its Role In Proliferation And Apoptosis In Stage I NSCLC Patients
14. The Role Of HDGF In The Pathogenesis And Chemotherapy Resistance In Colorectal Cancer
15. The Expression And Significance Of HDGF In Penile Squamous Cell Carcinoma Association Between HIF1A Polymorphisms And The Risk Of Urinary Cancers
16. The Effect Of Abnormal Expression Of GPC5on The Biological Behavior Of Prostate Cancer Cells
17. A Complex Mechanism For HDGF-mediated Cell Growth, Migration,Invasion, And TMZ Chemosensitivity In Glioma
18. Irradiated Fibroblasts Promote EMT And HDGF Expression Of Esophageal Squamous Cell Carcinoma
19. The Preliminary Mechanism Research Of GPC5-growth Factor Signaling Pathway In Inhibiting The Progression Of Prostate Cancer
20. MicroRNA-195 Inhibited Tumorous Behaviors Of Cervical Cancer Through Directly Targeting HDGF
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