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Keyword [CD11b]
Result: 61 - 80 | Page: 4 of 7
61. Changes Of CD11b/CD18 And MPO Expression In The PMNs Of Renal Transplant Patients
62. The Study Of Expression Of Myeloid-related Protein-8 And -14, CD11b And MMP-9 In Kawasaki Disease
63. The Study Of The Anti-Tumor Mechanism Of Astragalus Polysaccharide In B16-F10Tumor Bearing Mice Based On Myeloid-derived Suppressor Cells
64. The Role Of NK Cells In Acute HBV Infection
65. CD11b-CD27-NK Cells Are Associated With The Progression Of Lung Carcinoma
66. Role And Mechanisms Of SENP1 On The Biological Characteristics And Prognosis Of Acute Myeloid Leukemia
67. Negative Regulation Of Inflammatory Innate Immune Response By LAPF And CD11b
68. Molecular Mechanism Of Targeted IgA/FcαRI Anti Henoch-schonlein Purpura Vascular Endothelial Cell Inflammation
69. NMDA, A NMDA Receptor Agonist, Up-regulates Astrocyte-specific Protein GFAP And Microglia-specific Protein CD11b Expression In The Spinal Dorsal Horn In Rats
70. Intrathecal Administration Of NMDA, A Agonist Of NMDA Receptor, Activated Spinal Microglia In Rats
71. The Significance Of Combination Of CD9/CD11b/HLA-DR In The Diagnosis Of APL
72. Effects Of Minocycline On Retinal Ganglion Cells And Microglia Expression Of The Optic Nerve Injury In Rats
73. Recombinant Hirudin Skin Degloving Injury Of Rat Cd11b, Cd18 And Research On The Effects Of Dynamic Expression Of Icam - 1
74. The Experiment Study Of CD8α+Jagged2HighCD11bHighRegulatory Dendritic Cells In Prevention And Treatment Of GVHD
75. The Role Of The Complement Receptor1and3on Neutrophils In Diagnosing Bacterial Infection Diseases
76. The Immunosuppressive Function And Its Mechanism Of Intratumoral CD11b~+CD15~+Granulocytes In Human Gastric Cancer Microenvironment
77. Bone Marrow CD11b~+F4/80~+Immature Dendritic Cells Ameliorates Collagen Induced Arthritis Through Modulating The Balance Between Tregs And Th17in DBA/1Mice
78. Neutrophil CD64, CD11b Purulent Meningitis In Children Early Diagnosis
79. The Protective Effect Of HSF1on Multiple Organ Injury In Mice With Endotoxemia And Its Mechanism
80. Mesenchymal Stem Cells Promote Tumor Progression By Inducing The Suppressive Function Of Bone Marrow-derived Myeloid Cells
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