inflammatory osteolysis - Globe Thesis

Keyword [inflammatory osteolysis] Result: 1 - 18 \| Page: 1 of 1
1.	Experimental Study Of Cannabinoid Receptor 2 In Titanium Particle Induced Osteolysis
2.	The Aqueous Extract Of Angelica Sinensis Inhibits Wear Debris-Induced Inflammatory Osteolysis
3.	The Role Of Progranulin And Its Derived Engineered Protein In Titanium Particie Induced Inflammatory Osteolysis And Osteoarthritis
4.	Study For The Inhibitory Effection Of Strontium On Titanium Particle-induced Inflammatory Osteolysis
5.	The Research On The Inhibitive Function And Mechanism Of IL-37 In The Inflammatory Osteolysis Induced By Wear Particles
6.	The Study Of Lithium Chloride Inhibiting Wear Paticles-induced Inflammatory Osteolysis
7.	Melatonin Attenuates Peripheral Osteolysis Via Inhibition Of NF-κB Signaling Pathway
8.	The Mechanism Of Scutellarein In The Inflammatory Osteolysis Disorders
9.	The Role Of Diallyl Disulfide On Suppressing Osteoclastogenesis And Alleviating Inflammatory Osteolysis
10.	The Inhibitory Effect And Mechanism Of PPD On Inflammatory Osteolysis
11.	The Research Of Mechanism Of TOLL-like Receptor Signaling Transduction Pathway In The Regulation Of Aseptic Inflammatory Osteolysis
12.	Dendrobine Inhibits Osteoclastogenesis And Attenuates Inflammatory Osteolysis
13.	Innate Immune-Like Function of Osteogenic Cells and Their Effects on Inflammatory Osteolysis
14.	The Regulatory Mechanismn Of RCS12 On Oral Inflammatory Osteolysis And Cancerous Invasion In Micevia The Phosphorylation And SUMOylation Of PTEN
15.	The Potential Mechanisms Of Dendritic Cells-derived Interferon-λ1 Prevented Inflammatory Bone Destruction
16.	The Mechanism Of Protein Phosphatase 2A In Regulating Macrophage M1 Polarization In Inflammatory Osteolysis Induced By Wear Particles
17.	Study On The Mechanisms Of Lonafarnib Inhibiting Macro-phage Activation In Inflammatory Osteolysis
18.	Study On The Effect And Mechanism Of Sesamin On Osteoclastogenesis And Inflammatory Osteolysis
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