breakage - Globe Thesis

Keyword [breakage] Result: 1 - 20 \| Page: 1 of 2
1.	Anatomical And Biomechanical Study Related To Hangman's Fracture And Invention Of Aiming Device Of Lateral Arch Of Axis
2.	Chromosome Abnormalities, Centrosome Amplification, And Telomere Dysfunction In Head And Neck Squamous Cell Carcinomas
3.	The Association Study Of Single Nucleotide Polymorphisms In DNA Repair And Folate Metabolism Genes And Lung Cancer Susceptibility In A Chinese Population
4.	Structure Modification And Mechanisim Of Phenolic Antioxidants
5.	Inside And Outside The Irradiation Induced Dna Strand Breaks And Repair In The Treatment Of Tumors
6.	Biomechanical Study On The Interlocking Nails Of Femoral Interlocking Intramedullary Nail
7.	The Effects Of Aclarubicin On Mitoxantrone Killing Of Hela Cells
8.	The Analysis Of Postoperative Breakage, Bending And Loosening Of Pedicle Screws In The Treatment Of Fractures Of The Thoracic And Lumbar Spine
9.	The Influence Of Interfere FANCF Gene On Biological Characteristic In Breast Cancer Cells
10.	Cigarette Smoking Induced DNA Damage Evaluation In Vitro And Screening Of Natural Protective Compounds
11.	Screening And Analysis Of Mutation In Nijmegen Breakage Syndrome Gene(NBS1) In Primary Liver Cancer
12.	Xploration Of Methods To Map Chromosome Reakage-reunion Points Of46,XX,T(5;15)(Q21.1;Q21.2) Reciprocal Translocation
13.	Comparative Study On Breakage Rate Of Locking Plate And Traditonal Plate In Treatment Of Femoral Fractures
14.	Animal Experimental Study Of The Osteogenic Efficiency Of Maxillary Sinus Elevation Without Bone Transplantation
15.	The Mid-long-term Outcomes Of Expandable Pedicle Screws In Treatment Of Degenerative Lumbar Diseases Combined With Osteoporosis
16.	Simulation Study On DNA Strand Breakage Induced By Proton Radiation
17.	Relevant Biomechanical Finite Element Analysis Of Posterior Placement Of The Spine
18.	Discussions On Factors Of Pedicle Screw Fixation Broken After Thoracic And Lumbar Surgery
19.	Interactions with topoisomerase IIalpha enhance the unwinding activity of the BLM helicase on recombination substrates and are necessary for preventing chromosome breakage
20.	The biomechanical basis of DNA breakage in chronic myelogenous leukemia
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