The phrase "aliphatic moiety" is correct and usable in written English.
It is typically used in scientific or chemical contexts to refer to a specific part of a molecule that contains aliphatic (non-aromatic) carbon chains.
Example: "The compound's aliphatic moiety contributes to its hydrophobic properties, making it suitable for various applications in organic chemistry."
Alternatives: "aliphatic group" or "aliphatic segment".
The resulted ten structure-based hypotheses were then refined to essential three point pharmacophore features that captured recurring and crucial non-covalent receptor contacts and proposed three characteristics necessary for optimal zone-2 binding: a conserved pair of H bond acceptor (HBA to form H bond with Asn226 residue) and an aliphatic moiety of molecule separated by 3.75 ± 0.44 Å.
This indicates that Asp can be considered as a natural substitute for Val1 at this position, and that the aliphatic moiety of Asp is sufficient to contribute to the hydrophobic environment of the N-terminus.
In this energetically less favorable orientation (Table 1), the positively charged amino group of the isomer forms a short-range electrostatic interaction with the carboxylic group of α4-Glu266 α4-Glu266 20′), whereas its alipositionortion interacts by van der Waals contacts with the aliphatic moiety of α4-Ile20′ (position 21′).
Proteinaceous moieties might be physically encapsulated within the aliphatic moieties of humic acids [44].
The supramolecular arrangement displays alternating layers of facing bowls and interlocking lower rim aliphatic moieties.
HA and PGPB symbols cluster together; the control treatment had high values of aliphatic moieties (0 to 2 ppm).
In contrast, the aliphatic moieties exhibit a high mobility, normally corresponding to a local isotropic motion.
Interestingly, the changes in the NOE build-up rate for aliphatic moieties seem to be moderate as compared to the aromatic counterparts.
The dispersibility of the hybrid material is provided by the presence of the POSS with aliphatic moieties having high affinity toward organic solvents.
The main focus of these studies revolve around understanding the qualitative composition and to quantify average structural parameters such as aromatic and aliphatic content, average chain length for aliphatic moieties, and average number of substituents on the aromatic ring.
Crystalline aliphatic moieties in soil organic matter (SOM) have been under intensive investigation, but it is still unknown how they interact with organic chemicals in the unfractionated SOM.
