Breast cancer - Globe Thesis

Keyword [Breast cancer] Result: 1 - 20 \| Page: 1 of 2
1.	Induction And Identification Of Antigen-specific CTL In CIK-DC Co-culture System
2.	The Plant Print Identification And Pharmacology For Traditional Chinese Medicinal Plants Of Changbai Mountain
3.	Research On The Function Of5-Aza-cytidine To The Methylation Related Genes Of Canine Breast Cancer
4.	Localization, Expression And Influncing Factors Of ABC Transporter Breast Cancer Resistance Protein (BCRP) In Tissues Of Broilers
5.	Roles Of MiR-100in Apoptosis Of Shrimp Hemocytes And Breast Cancer Cells
6.	Plantamajoside Inhibits Breast Cancer Growth And Pulmonary Metastasis By Decreasing The Activity Of Matrix Metalloproteinase-9
7.	Doxorubicin Hydrochloride Induces Apoptosis In Canine Breast Cancer Cells
8.	Proteus Mirabilis Inhibits Breast Cancer Growth And Spontaneous Pulmonary Metastasis In Canine Mammary Tumor
9.	The Function And Mechanisms Of SIRT7 In Pathological Mammary Cells
10.	Study On The Association Between Bovine Leukemia Virus And Human Breast Cancer
11.	Comparision Of The Apparent Permeabilities Of Several Antimicrobials Determined In Mdck Cells With Overexpressed Different Transporters
12.	Analysis Of Tumorigenic And Immunological Characteristics Of Mouse Breast Stromal Tumor And Epithelial Tumor
13.	The Model And Biological Characteristics Of Canine Breast Cancer In Nude Mice
14.	Mechanism Of MiRNA-188-5p Targeting Rap2c/MAPK Axis In Regulating The Biological Behavior Of Breast Cancer
15.	Role of prolactin hormone and Jak2 kinase in mammary epithelial cell polarity
16.	Causes and consequences of DeltaNp63 expression in mammary epithelial progenitors
17.	Protein expression of HER-2, CAV-1 and ER alpha in canine mammary tumors and canine osteosarcoma
18.	Polygenic analyses of complex traits in complex populations
19.	Characterization of the CCAAT/enhancer binding protein-beta activator isoforms in normal mammary epithelial cells and breast cancer cells
20.	Genetic and epigenetic modulation of p16INK4A activity in human mammary epithelial cells provides insights into early events in breast cancer
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