Tumor progression - Globe Thesis

Keyword [Tumor progression] Result: 161 - 180 \| Page: 9 of 10
161.	Notch3 Signaling Promotes Adhesion and Tumor Progression in a Murine Epithelial Ovarian Cancer Mode
162.	The role of VEGF autocrine signaling in hypoxia and oxidative stress driven 'stemness switch': Implications in solid tumor progression and metastasis
163.	14-3-3 zeta overexpression in early stage breast disease and tumor progression
164.	A coalescent analysis for modeling the mutation process in colorectal cancer
165.	Protein interaction of angiocidin that modulates its anti-tumor activity and the prognostic significance of blood levels of angiocidin in tumor progression
166.	Effects of a Ketogenic Diet on Tumor Progression in Breast Cancer
167.	Roles of selectins, selectin ligands, and heparin in tumor progression
168.	The roles of the TGF-beta pathway in prostate growth and tumor progression
169.	Characterization of hepatocyte growth factor-induced gene expression: The role of osteopontin during motogenesis, morphogenesis and tumor progression
170.	The role of autophagy in tumor progression and metastasis
171.	Macrophages expressing neuropilin-1 and breast tumor progression
172.	Aerobic Training-Induced Host Changes Alter Breast Cancer Cell Phenotypes and Tumor Progression
173.	Low Intensity Vibrations Mitigate Cancer-Induced Bone Loss with Indications of Reduced Tumor Progression
174.	Studies on the role of a novel protein, TMEM 56 in tumorigenic growth for MCF-7 cells
175.	Establishment Of Clinical Prognostic Model Of Ewing's Sarcoma And Mechanism Research Of Tumor Progression
176.	The Role Of NRBP1 In The Tumorigenesis And Progression Of Bladder Cancer
177.	Study On The Effect Of SIRT7 On The Biological Behavior Of Prostate Cancer Cells And Its Mechanism
178.	The Significance And Mechanism Of Phospholipase C-like Protein 1 In Abnormal Lipid Metabolism Of Clear Cell Renal Cell Carcinoma
179.	Restoration Of PCK2 Suppresses Tumor Progression And Resistance To Sunitinib In Renal Cell Carcinoma By Promoting Endoplasmic Reticulum Stress
180.	KIF18B Promotes Tumor Progression Through Activating The Wnt/?-catenin Signaling Pathway In Cervical Cancer
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