The phrase "aliphatic building" is correct and usable in written English.
It can be used in contexts related to chemistry, particularly when discussing the structure of organic compounds that are aliphatic in nature.
Example: "The aliphatic building blocks of the molecule contribute to its overall stability and reactivity."
Alternatives: "aliphatic components" or "aliphatic structures".
These composing monomers are linked essentially through acylglycerol or linear aliphatic ester bonds, building a three-dimensional network [ 16, 17].
The Ddz-aza-amino building units include aliphatic, aromatic and functionalized side chains, protected for synthesis by the Fmoc strategy.
Second, strong oxidative mixed acids may directly destroy the aliphatic chains that link the aromatic building blocks with the help of ultrasound, making the aromatic building blocks no longer cross-linked and separate from each other.
Coal molecules are composed of large aromatic building blocks linked by aliphatic chains or ether bonds, thus coal is considered cross-linked polymer, which can only swell in organic solvents but cannot dissolve (Bazylyak et al. 2007).
These transformations demonstrate that the R residue serves as a diastereocontrol element for building various chiral ortho-aliphatic α-branched phenols and the subsequent reactions within the benzopyran ring.
Amide 7 was first N-alkylated with either aliphatic aminopropyl-, aminorutyl- or more polar PEG-linker building blocks 8– 10.
A major leap forward was made by Yang et al., who reported the synthesis of biodegradable photoluminescent polymers (BPLPs) with tunable emission properties from biocompatible building blocks composed of citric acid, aliphatic diols and amino acids via a polycondensation reaction.
Here the motif building start residue serine (S) consists of aliphatic hydroxy-groups and corresponds formal to a hydroxylated alanine (A).
The quantitative determination of amino acids, aldoses and uronic acids, aliphatic mono- and dicarboxylic acids is performed by using standard solutions, building calibration curves, and evaluating daily recoveries.
Hexabromocyclododecane (HBCD) is a brominated aliphatic cyclic hydrocarbon flame retardant (BFR) used in polystyrene foam for thermal insulation in buildings, upholstery textiles, and electrical equipment (Covaci et al. 2006).
