The phrase "abundance equal to" is correct and usable in written English.
It can be used when discussing the equivalence or comparison of quantities or values, particularly in contexts related to economics, resources, or measurements.
Example: "The abundance equal to the demand for resources is crucial for sustainable development."
Alternatives: "quantity equivalent to" or "amount matching".
$$\end{document} Pr A i targeted = 0 if a i < a * 1 − 1 − a i 1 − f i m if a i ≥ a * Notice that, provided that a* > a max, the probability of being targeted is maximum for those self-Ag with effective abundance equal to a*.
In order to evaluate how feasible it is for the IS to achieve this goal, we introduce the correct targeting ratio, R, as the quotient between the probability of targeting an Ag from the pathogen and the probability of selecting one of those self-Ag for which the self-targeting risk is greatest (i.e., those self-Ag with effective abundance equal to a*).
The strongest are from iron, which alerted investigators to its high abundance, nearly equal to that of oxygen.
In the cosmos there are 1.33 atoms of tin per 1 × 106 atoms of silicon, an abundance roughly equal to that of niobium, ruthenium, neodymium, or platinum.
There are two other yeast genes (YPL271W and YBL101C) sharing this AAAAAAAAAABA configuration (where B means "not A," i.e., C, G, or U) with protein abundance values equal to 8.3610 and 6.6839 (which is also low), respectively.
First, the IS is not equally sensitive to changes in all self-Ag: by taking the derivative with respect to k and finding its maximum it comes out that the IS is most sensitive to changes in self-Ag whose basal effective abundances are equal to a max = 1/ t0 (notice that, for m =1, that coincides with the Ag for which the targeting probability in the absence of peripheral tolerance is greatest).
A gene with a relative abundance of one is equal to the abundance of 18S rRNA in the same sample.
A gene with a relative abundance of one is equal to the abundance of 18S rRNA in the same sample in qRT-PCR analysis.
Butyl oleate can be identified in the chromatogram with a very large relative abundance, which is equal to 100%%.
When a resource is fully consumed every update before it can decay (c0=0), the resource abundance is just equal to the amount of resources that flows into the system, r= N λ.
In this paper, we define low-count genes as genes with measured abundance smaller than 4 tpm and significantly measured genes as genes with measured abundance greater than and equal to 4 tpm.
