The purpose of our study was to assess the potential improvement of fixation using one of two alternative long-screw fixation options: a transsacral or a long iliosacral implant.
To obtain a comprehensive understanding on the effect of the improvement of fixation strength and on the optimal design in various geometrical parameters of a new screw system through biomechanical analyses.
Hydroxyapatite, one form of calcium phosphate, is preferred for its ability to interact with living bone, resulting in improvements of implant fixation and faster bone healing.
As compared with CO2 fixation rate before optimizing culture conditions, the improvement of CO2 fixation rate under optimized culture conditions was experimentally confirmed.
Orthognathic surgery has become increasingly popular in recent years with the development of general anesthesia using nasotracheal intubation, improvement of miniplates, fixation screws, and surgical instruments, reduction of operating time, and the increased efforts to minimize complications and side effects, regardless of expenses [1].
Improvement of the fixation of uncemented prostheses either requires a higher dosage of bisphosphonate, or more attention to surface geometry, more attention to macro and microtexture, or a hydroxyapatite coating.
This improvement of CO2 fixation by light was reported to be correlated to higher cellular metabolite content, respiratory O2 consumption and TCA cycle-mediated CO2 production, in line with the linear stimulation of CR, MACYT and MAALT by light which could also be detected here.
We also observed improvement of CO2 fixation and carbon assimilation in central metabolic pathways such as the Calvin cycle and glycogen biosynthesis in the flv3-overexpressing strain by the combination of in vivoC-labeling of metabolites and metabolome analysis, which would be due to the enhancement in the intracellular ATP level.
In order to further improve survival rates and obtain optimal clinical outcome with higher range of motion, improvements in fixation and wear couples as well as specific designs have been made.
Considering nucleotide fixation accumulated in footprints of domestication and improvement, artificial selection probably accelerated the occurrence of fixation in soybean breeding activities.
