Invariant - Globe Thesis

Keyword [Invariant] Result: 1 - 20 \| Page: 1 of 3
1.	Construction And Evaluation Of HCV-NS3 Th1 Epitope Vaccine Based On Invariant Chain CLIP Substitution
2.	Study And Application Of Non-Rigid Image Registration Algorithms In Focused Ultrasound Therapy System
3.	Fractional Moving Boundary Problems And Some Of Its Applications To Controlled Release System Of Drug
4.	CD4+ INKT (Invariant T-Cell-Receptor+Natural Killer T) Cells In The Experimental Allergic Rhinitis
5.	The Influence Of HCV-NS3 Th1 Epitope Vaccine Based On Invariant Chain CLIP Substitution On Dendritic Cells Presentation
6.	Gait Recognition Using The Moment Invariants
7.	Segmentation And Feature Extraction Of Digital Image Of Leukemia Call
8.	Sixth-order Isotropic Descartes Tensor
9.	Invariant NKT Cells In Chronic HBV Infection:the Roles And Mechanisms
10.	The Glycolipid Exoantigen Derived From Chlamydia Activates Invariant Natural Killer T Cells And The Function Of Il-22Against Chlamydia Infection
11.	Runt-related Transcriptional Factor3Is Involved In The Change Of Phenotype And Function In ThPok-deficient Invariant Natural Killer T-cells
12.	Two-spherical-wave Self-interference Holographic Imaging
13.	Study On The Expression And Function Of Mucosal Associated Invariant T(MAIT) Cells In Colorectal Cancer Patients
14.	Study On Human Motion Perception And Recognition Technology Based On Monocular Video For Training-evaluation Of Upper Limb Motor Function Rehabilitation
15.	Study On The Frequency And Function Of INKT Cells In Rheumatoid Arthritis
16.	The Detection And Clinical Significance Of Mucosal Associated Invariant T (MAIT) Cells Subsets In Necrotizing Enterocolitis Patients
17.	The Quantity,Function And Anti-tumor Effect Of Mucosal Associated Invariant T Cells In Patients With Bladder Cancer
18.	K562 Feeder Cells Promote The Expansion And Cytotoxicity Of INKT Cells
19.	Qualitative And Quantitative Assessment Clinical Application Of Chronic Obstructive Pulmonary Disease On HRCT
20.	Smart Pathological Brain Detection System By Predator-prey Particle Swarm Optimization And Single-hidden Layer Neural-Network
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