The phrase "auxiliary nutrients" is correct and usable in written English.
It can be used in contexts related to nutrition, health, or agriculture, referring to additional nutrients that support primary nutrients.
Example: "In addition to the main vitamins and minerals, it's important to consider the role of auxiliary nutrients in maintaining overall health."
Alternatives: "supplementary nutrients" or "supporting nutrients".
This process could be performed without sterilization because of the absence of auxiliary nutrients for bacterial contamination.
Because auxiliary nutrients were absent for the SSELP process, lipid accumulation improved while cell propagation was inhibited.
We categorized lipid production into six different culture modes mainly depending on substrates and auxiliary nutrients availability (Table 1).
Specifically, cells prepared in a nutrient-rich medium were inoculated at high dosage for lipid production in biomass suspension in the presence of hydrolytic enzymes without auxiliary nutrients.
This was likely due to the fact that the absence of auxiliary nutrients inhibited cell propagation and enabled lipid biosynthesis at a higher temperature.
There were also a few reports that integrated cellulose hydrolysis and lipid biosynthesis in a single bioreactor, where both cellulolytic enzymes and auxiliary nutrients were present.
Because cells are inoculated in the auxiliary nutrient-free suspension of lignocellulosic materials containing hydrolytic enzymes, it can be performed without sterilization.
There are some differences between the annotations of shared homologs and D. antiqua unique unigenes, such as the GO term "synapse part" in the cellular component, "auxiliary transport protein," "metallochaperone," "nutrient reservoir," and "protein tag" in molecular functions, and "cell killing" and "viral reproduction" in biological process annotation.
DEGs that are related to auxiliary transport protein, electron carrier, nutrient reservoir and proteasome regulator appeared to be active from infancy to adolescence but inactive from adolescence to adulthood.
However, the in silico analysis of the genome sequence of B. petrii suggests the presence of a set of auxiliary pathways for the use of alternative nutrients, such as gluconate, degraded plant products, cyanate (as N-source), and various aromatic compounds (see below), which may contribute to the ability of B. petrii to thrive in different environments.
