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Keyword [Human cancer cells]
Result: 21 - 40 | Page: 2 of 3
21. Cytotoxicity Of Zuojinwan On Eight Kinds Of Human Cancer Cells
22. Molecular Mechanisms Of Autophagy And Apoptosis Regulated By Endoplasmic Reticulum Stress Related Gene DDIT3in Human Cancer Cells
23. Selenium Sword Of Damocles - The Proliferation Of Human Cancer Cells To Induce High Maternal Dietary Selenium And Its Progeny Glucose Metabolism And Suppress Pig Serum Se
24. The Effection Of Ketogenic Diet With Different Kinds Of Fatty Acids On The Growth Of Human Cancer Cells In Nude Mice
25. Cardiac Troponin I Is Abnormally Expressed In Non-small Cell Lung Cancer Tissues And Human Cancer Cells
26. Structure Comparison Of Bacillus Thuringiensis Protein Cry51Aa1 With PS4 And Screening Of Its Anticancer Spectrum
27. Quinolone-indolone Conjugate(QIC-1)induces Apoptosis By Inhibiting EGFR-STAT3-HK â…¡pathway In Human Cancer Cells
28. The Roles Of Mitochondria In Radiation-induced Autophagic Cell Death In Human Cancer Cells
29. Molecular Mechanisms Of TNFRSF 10B Regulation By YIPF2 In Human Cancer Cells
30. Targeting TPP1Enhances Radiosensitivity Of Human Cancer Cells
31. Celastrol-induced Apoptosis Potentiated By M1 Macrophage Products In Human Cancer Cells
32. Study Of Liraglutide On Proliferation Migration And Apoptosis Of Human Cancer Cells
33. Synthesis,Cytotoxic Activities And Structure-activity Relationships Of Gypsogenin Derivatives Against Human Cancer Cells
34. Computational inference of genetic regulatory networks in human cancer cells
35. Molecular mechanism of methyl jasmonate induced apoptosis in human cancer cells
36. Integration ofmTOR and IGF-1 signaling: Feedback upregulation of survival pathways in human cancer cells
37. Genetic analysis of PTEN function in human cancer cells
38. Responses to ionizing radiation and translation inhibition in Drosophila melanogaster and human cancer cells
39. Hypoxia: Induction of stress-caused resistance to the topoisomerase II inhibitor etoposide in human cancer cells
40. Regulation of the Tumor Suppresser p53 and Survivin by Ras and Ral GTPases: Implications for Malignant Transformation
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