mechanical loading - Globe Thesis

Keyword [mechanical loading] Result: 1 - 20 \| Page: 1 of 3
1.	Growth Plate Chondrocytes Were Cultured In Three Dimensional Porous Scaffolds And The Possible Mechanisms Of Chondrocytes Responding To Mechanical Loading
2.	A Study Of The Effect Of Cyclic Mechanical Loading And Artifical Saliva On The Durability Of The Dentin Adhesive
3.	To Test Different Thickness Of Perma Cem-Dual On The Effect Of Crown's Retention Force
4.	Effects Of Estrogen Replacement On Osteoporosis In Ovariectomized Rats Accompanied With Unilateral Disuse
5.	Effects Of Mechanical Loading And Hormones Of Bone Metabolism On Exercise Promoting Bone Formation
6.	The Effect Of Cyclic Mechanical Loading On The Microleakage Of Class Ⅰ Cavity With Different Margin
7.	The Research On Time-validity Of The Stability Of Miniscrews Near The Extraction Wound Under Mechanical Loading
8.	The Effect Of Cycling Mechanical Loading On The Bond Strength And Microleakage Between Dentin And Composite Resin Restoration
9.	The Signal Transduction Of Bone Cells In Response To Mechanical Or Electromagnetic Stimulations And Their Mechanisms
10.	The Effect Of Mechanical Loading On Expression Of RhoA/ROCK Molecules In Tendon Stem Cells And These Preliminary Observations Of Osteogenetic Differentiation
11.	Experimental Study Of Continuous Or Intermittent Low-magnitude Mechanical Loading In Proliferation And Differentiation Potency Of Osteoblast
12.	The Simulation Study Of Mechanical Loading Promote Mass Transfer In Cartilage
13.	Role Of TGF-β3 In Mechanical Reduced Differentiation Of Tendon Stem Cells
14.	Effects Of Different Mechanical Loadings On The Gene Expression Profiles Of MG-63 Cells
15.	In Vitro And In Vivo Investigation Of Engineered Tendon Using Dental Pulp Stem Cells
16.	Mechanical Loading Modulated Heterotopic Ossification In Tendon Through The MTORC1 Signaling Pathway
17.	The Mechanism Study For The Treatment Of Osteonecrosis Of The Femoral Head Through Regulating The Differentiation Of Stem Cells And Endoplasmic Reticulum Stress
18.	Establishment Of An In Vivo Bone Loading Model For SD Rat And Its Application In A Study Of Mechanical Adaptation In The Rat Tibia
19.	Spatiotemporal Distribution Of Microdamage During Fatigue Loading In Rat Ulnae Based On A Novel Mechanical Loading System
20.	The Mechanism Study For The Treatment Of Breast Cancer Bone Metastases Through Mechanical Loading
<<First <Prev Next> Last>> Jump to