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Keyword [CD14]
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1. Inhibitory Effect Of CCK-8 On The Rat Pulmonary Interstitial Macrophage Activation Induced By LPS And Related Signal Transduction
2. Effect Of The Secretion Of Tumor Cells On Immune System
3. Roles Of TLR4 In LPS-induced Endothelial Cell Activation And Expression Of Its Soluble Receptor
4. Studies On The Signalling Mechanism Of Cell Activation Mediated By LPS Receptors
5. The Role Of Intestinal Endotoxemia In The Development Of Traumatic Shock And Obstructive Jaundice
6. The Roles Of MD-2 In LPS Transmembrane Signaling On Monocytes And Its Relationship With TLR4 And CD14
7. Study On The ScFv Of Mouse Anti-human CD14 New Clone ZCH-7-2F9
8. Study About Effects Of Intestinal Endotoxemia By Partial Hepatectomy On Liver Injury And Regeneration In Rats
9. A Study Of The Effects And Mechanisms Of LBP Inhibitory Peptide On The Activation Of Macrophage And Mice Induced By Lipopolysaccharide
10. The Role Of Predisposition Of CD14 And TLR4 In Lung Tissue In Mechanism Of Multiple Organ Dysfunction Syndrome In Elderly Rats
11. The Change And Significance Of LPS And Recognition Receptors CD14, TLR4 In Prophylactic Treatment For Multiple Organ Dysfunction Syndrome With High Volume Hemofiltration
12. The Effect Of X-ray On Immune Response Of The Peritoneal Macrophage Of Mice
13. Analysis Of SNPs In The Promoter Of CD14 Gene And Their Relationship With LPS Response
14. The Effect Of DanHuangFang On The Acute Hepatic Failure And Liver Regeneration In Rats
15. Clinical Research For The Role Of Innate Immune Molecules Soluble CD14 And Toll-like Receptor 4 In Human Renal Alloimmunity
16. Human CD14 Gene Recombination, Expression In Mammalian Cells And Detection Of CD14 In Dental Tissue
17. Experimental Study On Pathogenetic Mechanism Of Lipopolysaccharide(LPS) On Pulpitis
18. The Study Of Clinical Epidemiology And The Correlate Experiment Of The Acute Cerebral Vascular Disease Inducing SIRS And MODS
19. The Basic Study On Intestinal Endotoxemia In Acute Hepatic Injury Rats And The Effect Of Dachengqi Decoction
20. The Study On The Molecular Mechanism Of Hepatocellular Carcinoma Pathogenesis From Toll Signaling Transduction Pathway In Dendritic Cells
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