Breast cancer prognosis - Globe Thesis

Keyword [Breast cancer prognosis] Result: 81 - 100 \| Page: 5 of 8
81.	Screening The Core Gene Of Breast Cancer Prognosis Based On The Principle Of Chip Analysis And Evaluating Its Predictive Effect
82.	Expression Of HIF-1 Alpha And MT2A In Breast Cancer And Their Correlation With Prognosis
83.	Influencing Factors Of Type 2 Diabetes Mellitus In The Prognosis Of Breast Cancer
84.	Expression Of Androgen Receptor In Triple-negative Breast Cancer And Its Prognostic Significance
85.	Analysis Of Clinicopathological Characteristics And Prognostic Factors Of Patients With Triple Negative Breast Cancer In Shanxi
86.	The Expression And Heterogeneity Analysis Of PD-1/PD-L1 In Triple-negative Breast Cancer And The Clinical Significance Of TIL
87.	The Role Of ITSN1 In Prognosis Prediction Of Breast Cancer And Its Molecular Network Analysis
88.	Clinical Application Value Of AJCC Eighth Edition Breast Cancer Prognosis Staging
89.	Association Between The Ratio Of Mesenchymal Cells Or Macrophages To Tumor Cells In Lymphovascular Invasion And Clinical-pathologic Features And Prognosis In Lymph Node-ppositive Early Breast Cancer
90.	Prognostic Analysis Of Triple Breast Cancer And E-cadherin,AR And CK5/6 Expression And Its Biological Significance
91.	The Expression And Clinical Significance Of Fasn In Triple Negative Breast Cancer
92.	Research And Application Of Breast Cancer Prognosis Model Based On Improved Bayesian Network
93.	Application Of Decision Tree Model In Predicting 5-year Survival Of Breast Cancer
94.	The Correlation Of USP22,FOXC1 In Triple Negative Breast Cancer
95.	To Explore The Expression And Clinical Significance Of Six1 In Breast Cancer
96.	Analysis Of Prognostic Factors And Establishment Of Prognostic Model Of Patients With HER2-positive Advanced Breast Cancer
97.	Prognosis Of 162 Young Breast Cancer And Its Related Risk Factors
98.	Analysis Of Prognostic Factors Of Postoperative Triple Negative Breast Cancer Patients And Clinical Intervention Of Shuyu Sanjie Decoction
99.	The Expression Of MiR-494 In Serum And Tissues Of Breast Cancer Patients And Its Clinical Significance
100.	Stat5 transcription factors in human breast cancer: Prognosis, tamoxifen response prediction and gene regulation
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