Butyrate, as the most important member of SCFAs family, acts as a favorable source for colonocytes with mucosal anti-inflammatory and antineoplastic properties through cell metabolism, microbiota homeostasis, anti-proliferation, immunomodulatory and genetic/epigenetic regulation.
At present, priority should be given to favorable source rock, reservoir, overpressure, fracture, and local structure of geological "sweet area," and pressure coefficient, brittleness, crustal stress, and buried depth of engineering "sweet area" (Table 2).
Coal-measure series, as favorable source rocks, are mainly characterized by type III organic matter, high levels of abundance, gas generation capacities during highly thermal evolution phases, and sheet-like hydrocarbon generation and continuous charging.
The results showed that CFBC ash could serve as favorable source materials for preparing basic magnesium sulfate cement, which may promote comprehensive application of basic magnesium sulfate cement and resource utilization of CFBC ash.
Butyrate, one of the short-chain fatty acids (SCFAs), which act as a favorable source for colonocytes, could protect colonic epithelial cells from tumorigenesis via anti-inflammatory and antineoplastic properties through cell metabolism, microbiota homeostasis, antiproliferative, immunomodulatory and genetic/epigenetic regulation ways.
Hence, the low crustal seismic velocity in the study region with the absence of reflections starting from shallow depths to mid-lower crustal depths, and the low gravity anomaly, could be evidence to infer that the presence of partial melting could be a favorable source of observed crustal conductors.
Drug related targets (DRTs) and their ligands are favorable sources for analyzing target-ligand interaction and understanding polypharmacological effects of drugs.
However, in an effort to determine the benefits of aggressive mass removal before source-zone biopolishing (management strategy 3) versus bioremediation alone, favorable source-zone bioremediation (management strategy 2) was assumed.
Lignocellulosic biomass in the form of plant materials (e.g., grass, wood, and crop residues) offers the possibility of a renewable, geographically distributed, and greenhouse-gas-favorable source of sugars that can be converted to ethanol and other liquid fuels [ 3].
Results revealed GSHP plant to be favorable heat source option in nZEB design.
To date, even for favorable beam source conditions a minimal focus spot size of slightly below 1 μm was reached.
