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Keyword [attenuator]
Result: 1 - 19 | Page: 1 of 1
1.
The Study Of High AmpC Producing Clinical Strains Of Escherichia Coli And Klebsiella Pneumoniae
2.
Study On Genotype Characteristics And Resistance Mechanism In AmpC Beta Lactamase From Clinical Isolates Of Escherichia Coli And Klebsiella Pneumoniae
3.
Effect Of Solube CD83 And BTLA On The Co-stimulatory Capacity Of Dendritic Cells And Soluble CD83 Prolongs Survival Time Of Skin Allo-grafts In Mouse
4.
Reconstruct Of Specific Immune Tolerance By Proinflammatory Factor-Mediated Over-expression Of HVEM On Peptide-loaded Dendritic Cells
5.
BTLA Characterization And Its Association With Disease Progression In Patients With Chronic HIV-1 Infection
6.
BTLA And ICOS As Early Indicators For Acute Rejection Following Kidney Transplantation
7.
The Role Of B And T Lymphocyte Attenuator In MHV-3Induced Murine Fulminant Hepatitis
8.
Research Of AmpC Hyperproducing Pertaining To Mediate Forms And Mutation Expression Of AmpC Gene In Clinical Isolates Of Escherichia Coli
9.
Induction Of Immune Tolerance By UL144 Gene Modified Dendritic Cells
10.
Expression And Clinical Significance Of FOXP3 And BTLA In Esophageal Squamous Cell Carcinoma
11.
The Expression Of BTLA, Cbl-b MRNA In Experimental Allergic Neuritis
12.
Association Of BTLA Gene Polymorphisms With The Risk Of Malignant Breast Cancer In Heilongjiang Province Of Chinese Women
13.
The Association Study Between The Polymorphisms Of BTLA Gene And Chronic HBV Infection In Chinese Han Popultion
14.
B And T Lymphocyte Attenuator Expression On CD4+T Cells And Monocyte Programmed Death Ligand-1 Expression Associate With The Severity And Mortality Of Septic Patients
15.
Noninvasive And Quantitative Assessment Of Liver Lesions In Patients With Chronic Hepatitis B Using Fibro Scan Controlled Attenuator Parameters
16.
The Clinical Relevance And Functional Research Of BTLA Polymorphisms And Susceptibility Of Severe Trauma Complications
17.
Association Of BTLA Polymorphisms With Susceptibility To Non-Small-Cell Lung Cancer
18.
Association Of BTLA Polymorphisms With The Susceptibility To Esophageal Squamous Cell Carcinoma In The Eastern Chinese Han Population
19.
The Effect Of BTLA On The Development And Function Of Regulatory T Cellsand The Effect Of BTLA On The Development Of B Cell And BCR Signal
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