Quantitative expression - Globe Thesis

Keyword [Quantitative expression] Result: 1 - 16 \| Page: 1 of 1
1.	Quantitative Expression Of Apoptosis Inhibitor Survivin MRNA In Nasopharyngeal Carcinoma
2.	Quantitative Expression And Clinical Significance Of Fas And FasL MRNA In Non-Small Cell Lung Cancer
3.	Quantitative Expression Of Of P-glycoprotein, Lung Resistance Related Protein, Multidrug Resistance-associated Protein And Glutathione S-transferase Expressions In Non-small Cell Lung Cancer And Its Clinical Significance
4.	Quantitative Expression Of HTERT MRNA In NSCLC And Its Relation With That Of COX-2 Gene
5.	Quantitative Expression And Dependablity Evaluation Of Tumor Related Gene E2F1 And CDX2 MRNA In Gastric Carcinoma
6.	Quantitative Expression And Clinical Significance Of MUC1 MRNA In Peripheral Blood Of Patients With Non-Small Cell Lung Cancer
7.	Quantitative Expression And Clinical Significance Of HTERT MRNA And MUC1 MRNA In Peripheral Blood Of Patients With Colorectal Cancer
8.	Quantitative Expression Of Voltage Dependent Calcium Channels In Rat Prostate Smooth Muscle Cells With Chronic Nonbacterial Prostatitis
9.	Correlation Of Quantitative Expression Of Syndecan-1 And HPA-1 And Invasion And Metastasis In Gastric Carcinoma
10.	Expression Of Cd44s And Cd15 Quantitative Expression And Significance In Prostate Cancer
11.	Significance And Quantitative Expression Of P-glycoprotein,Glutathione-S-transferase-π And Lung Resistance Protein In The Orbital Lymphoma Tissue Microarray
12.	Study Mechanism Of Water Metabolism About Dampness Obstructing Spleen-stomach Syndrome On Qualitative And Quantitative Expression Of Aquaporins (AQPs)
13.	Quantitative Expression And Clinical Significance Of HTERT MRNA And MUC4mRNA In Peripheral Blood Of Patients With Pancreatic Cancer
14.	Wenbing Tiaobian, Detailed Analysis Of Epidemic Warm Diseases Of The Traditional Chinese Medical Of Quantitative Expression
15.	Real-time Fluorescence Quantitative Expression Analysis Of Bcl-2 And Bax Genes In Different Types Of Epulis
16.	Color Quantitative Expression Research Of Crataegi Fructus And Gardeniae Fructus Based On The Spectral Color Measurement Technology
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