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Keyword [Spop]
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1. SPOP Affects The Biological Behavior Of Gastric Cancer Cells By Regulating Hh/Gli Signaling Pathway
2. SPOP Acts As The Key Regulatory Hub In Hypoxia-induced Kidney Tumorigenesis
3. Mouse Endometrium Spatiotemporal Expression MRNA And MicroRNA Associated With Embryo Implantation And SPOP Influnce Endometrium Stromal Decidualization
4. Expression Of Spop In Renal Clear Cell Carcinoma
5. Novel Lactone Compound:Design、Synthesis And Promotes The Apoptosis Of SMMC-7721 By Targeting SPOP
6. The Spop Effect Of Pro-apoptpsis And Its Possible Mechanism In Ovarian Cancer
7. Expression And Clinical Significance Of SPOP In Colorectal Cancer
8. Molecular Mechanism Of SPOP Inhibits The Hepatocellular Carcinoma Cell Migration And Invasion
9. The Role Ofamyloid Precursor Protein-binding Protein 2(APPBP2) And Its Potential Mechanism In The Occurrence And Development Of Non-small Lung Cancer
10. Expression And Function Of SPOP In Gastric Cancer And Its Targeted Regulation By MicroRNA-543
11. The Role Of SPOP Induced SIRT2 And FADD Degradation In Non-Small Cell Lung Cancer And The Mechanisms Involved In
12. CUL3SPOP Promotes The Ubiquitination And Degradation Of Tumor Suppressor Protein LATS1 To Enhance Kidney Cancer Progression
13. Study On The Mechanism Of Hh/SPOP/GLI2/3 Signaling Axis Mediated MiR-520b To Promote The Progression And Development Of NSCLC
14. Suppressor Of Fused Is Downregulated By Speckle-type POZ E3 Ubiquitin Ligase Adaptor Protein
15. A Critical Role Of E2F1-miR-520/372/373 Family-SPOP Axis In Modulating Renal Carcinoma Progression
16. Hypoxia-induced SPOP Attenuates Growth And Metastasis Of Choriocarcinoma Cells By Targeting PTEN/PI3K/AKT Pathway And Inhibiting EMT
17. Heterogeneity Of SPOP Protein Expression In Prostate Cancer:Whole Tissue Section Mapping Research Of Specimens After Radical Prostatectomy
18. Study On The Mechanism Of SPOP Involved In The Occurrence Of Chronic Pancreatitis Through FADD/p65 Pathway
19. SPOP Attenuates The Invasion And Migration Of Choriocarcinoma By Promoting The Degradation Of KIF23 And DHX9
20. MiR-145 May Influence The Progression Of Clear Cell Renal Cell Carcinoma And The Proliferation Of 786-O Cells By Targeting Negative Regulation Of SPOP
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