![]() ![]() Conclusions: 1H-NMR method is a method to analyze and evaluate the biocompatibility of dental biomaterials. Amino acid metabolism, glucose metabolism, and Lipid metabolism are correlated with the biocompatibility of these materials. 25 characteristic metabolites are identified that could distinguish the metabolic profiles from experimental groups, many of which are mapped to pathway processes. sinebell wft2d this performs a sine bell apodization and a 2-dimensional Fourier transform and the color map will be displayed.You will need to reprocess your data using wft2d. The metabolic profiles of the 3 experimental groups are clearly distinguished from the control group. that this has created artifacts that clutter your spectrum, you can turn it off by typing proc1âftâ. Metabolite path is visualized using metPA network software to identify different characteristic metabolites, with the same software biocompatibility of these materials is also evaluated. We utilize 1H-NMR method to analyze extracellular small molecular metabolites of MC3T3-E1 osteoblasts cultivated on 3 dental biomaterials above. This paper aims to utilize 1H-NMR method to analyze and evaluate the biocompatibility of 3 common dental biomaterials (Titanium, Hydroxyapatite-calcium phosphate bioceramics and Poly-methyl-methacrylate). As a new subject, metabolomics has unique advantages in research of material compatibility. Researches on the biocompatibility of dental biomaterials has become a hotspot. ![]()
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