The phrase "abundant combination" is correct and usable in written English.
It can be used to describe a plentiful or rich mixture of elements, ideas, or components in various contexts.
Example: "The dish featured an abundant combination of spices that enhanced its flavor."
Alternatives: "rich mixture" or "plentiful blend".
A mixture of CTX-M-1-like and SHV-5-like genes was the most abundant combination detected.
The most abundant combination in the proteins with three-domain architecture is G-protein alpha subunit, G-protein superfamily and dynein light intermediate chain.
VH-Vλ pairings were observed in frequencies between 0.1% and 1.8% in the unselected HAL9 with VH3-30/Vλ6-57 being the most abundant combination.
The most abundant combination in the proteins with two Pfam-A annotations is the zinc-finger (zf-C2H2) family with Kruppel-associated box (KRAB), which are mainly involved in transcriptional regulation [ 35, 36].
However, the lack of an efficient means to test immune cell responses to the abundant combinations available represents a significant blockade on the development of new vaccines.
Discovering such patterns is time-consuming because abundant combinations exist when long gaps (a gap consists of one or more successive wildcards) are considered.
The most abundant subunit combination in the brain, α1β2γ2, has been the most studied.
However, PCA did allow new listings of proteins, which when abundant in combination discriminated fetal and adult hepatocytes and HepG2 cells from each other, thus offering revised determinants of hepatocyte maturity.
Rich N contents (15.33 wt%) and large surface areas (982 m2 g−1) combining abundant mesopores favor a combination of two-electron and four-electron reduction pathway under alkaline condition.
In this study, a hydrogel made of natural and abundant protein in combination with different, well-available techniques was used to produce different architectures within the hydrogel matrix.
The optimization of such tandem devices made from abundant silicon in combination with nanoparticle catalysts offers an affordable pathway for direct solar-to-fuel conversion devices in form of an artificial inorganic leaf.
