The phrase "a function of differentiation" is correct and usable in written English.
It can be used in contexts related to mathematics, calculus, or any discussion involving the concept of differentiation and its applications.
Example: "In calculus, the derivative of a function is a function of differentiation that describes the rate of change of the original function."
Alternatives: "a derivative of differentiation" or "an aspect of differentiation".
Fluorescence readings of differentiating cells decreased in intensity as a function of differentiation time, which corresponds to more negative membrane potential, or hyperpolarization.
This hypothesis is difficult to reconcile with the observation that in fully developed tumours, COX-2 expression has been shown to be a function of differentiation status, with highest expression in well differentiated tumours [ 30].
This is a function of differentiation whereby cells adopt specific fates that include shape transformations (Figure 3).
We identify distinct patterns of changes in these quantitative biomarkers as a function of differentiation pathway (i.e. adipogenic vs. osteogenic) and of ambient oxygen concentration.
In order to determine whether membrane potential of hMSCs changes as a function of differentiation time, we tracked membrane potential changes during osteogenic (OS) and adipogenic (AD) differentiation with confocal microscopy using the voltage-sensitive fluorescent dye DiSBAC2(3).
Thus, PD-1 expression on HIV-1-specific CD8+ T cells is shaped by epitope specificity as a function of differentiation and driven by antigen load.
The heterogeneity of a landscape is a function of the differentiation in species composition across samples (transects) and of the distances among the samples which spread spatially from 25°43′ N to 25°57′ N latitude and 91°46′ E to 92°00′ E longitude (Figure 1).
Our data reveal that the dysferlin protein complex has a dynamic composition as a function of myogenic differentiation.
This suggests that the dysferlin protein complex has a dynamic nature as a function of myogenic differentiation.
Next, we investigated the expression patterns of AE isoforms as a function of mucociliary differentiation.
Interestingly, expression levels of AE4, SLC26A7 and SLC26A8 mRNAs increased as a function of mucociliary differentiation.
