skeletal fluorosis - Globe Thesis

Keyword [skeletal fluorosis] Result: 1 - 20 \| Page: 1 of 2
1.	Synergistic Effect Of BMPs And MMPs On Bone Turnover In Fluorosis And Its Regulatory Mechanism
2.	Expression Of Osteogenic Phenotype In Fibroblasts Induced By Fluoride And Its Role In The Development Of Extraperiosteal Ossification Of Skeletal Fluorosis
3.	The Role Of Runx2 In The Process Of Activating Osteoblasts By Excessive Fluoride
4.	The Effects Of Fluoride On Marrow Stromal Cells, Their Products OPG, RANKL, And Related Cytokines
5.	Clinical Research On Efficacy And Security Of Moderate Skeletal Fluorosis Treated By Guo's Therapy
6.	Study Of Functional Metabolism Of Skeletal Fluorosis Patients After Water Improvement For 18 Years
7.	Observation On Bone Resorption Of Skeletal Fluorosis Patients
8.	Evaluation On The Effects Of Water Defluoridation Measures In China-Meta Analysis
9.	Expression And Effects Of IGF-1 And BFGF In Fibroblast And Osteoblast Induced By Fluoride
10.	Expression And Importance Of Core-binding Factor A1 In Fibroblast Exposed To Fluoride
11.	The Role Of Calcium Nutrition And Oxidative Stress In Mechanism Of Skeletal Fluorosis
12.	Investigating The Prevalence Of Endemic Fluorosis In Shanxi Province And The Influencing Factors About Skeletal Fluorosis
13.	Study On Effects Of High Fluoride Exposure On OPG, RANKL And OPG/RANKL In Human Serums
14.	Analysis Of Features On Non-skeletal Phase And Establishment Of An Early Discrimination Model Of Skeletal Fluorosis Exposed To Water-Drinking
15.	Clinical Study On Skeletal Fluorosis Treated By Acupuncture From The View Of Spleen And Kidney
16.	Clinical Research On Skeletal Fluorosis Treatment By Acupuncture Based On Syndrome Differentiation Of Phlegm Obstruction And Blood Stasis
17.	PTH, PTH-rp, CaSR Expression And Its Role In The Pathogenesis Of Skeletal Fluorosis
18.	Roles For Insulin And Insulin Receptor In The Mechanism Underlying The Process Of Skeletal Fluorosis
19.	Role Of ER Stress In The Mechanism Of Skeletal Fluorosis
20.	Effects Of Calcium Homeostasis Of Osteoblast In The Development Of Skeletal Fluorosis
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