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Analysis revealed that the bone formation increased during implantation.
The yields of LPG and coke formation increased with increasing the MAT conversion.
Moreover, acetaldehyde formation increased with the increase in reaction temperature and reached ~9 % at 500 °C.
Following the withdrawal of alcohol, indices of bone formation increased compared to baseline values.
Aniline formation increased for pH12 than pH7 due to pH responsiveness.
Zinc complex formation increased at pH values of 7.0 or greater.
This process was lasting as the fluid pressure in the Ledong and Lingshui formation increased continuously after 10.5 Ma.
The agglomerate formation increased with adding more amounts of mischmetal, thus decreasing the hydrogen desorption properties of the composite.
Cardiac nitrotyrosine formation increased while expression of the endogenous hydrogen sulphide (H2S -producing enzyme cystatH2S -producingenzyme) decystathionine
Hydrogen formation increased with temperature and negative potential and was depressed at relatively low temperature.
Complete mineralized bone formation increased from 29.6% to 44.9% in curcumin-coated scaffolds compared to pure TCP.
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