The phrase "alteration that could" is correct and usable in written English.
It can be used when discussing potential changes or modifications that may occur or be considered.
Example: "The alteration that could improve the system's efficiency is still under review."
Alternatives: "change that might" or "modification that may".
Although the precise mechanisms involved in this enhanced apparently stable phage resistance were not clear, these data suggest that autoinducers might promote some sort of epigenic change (e.g., a change in DNA methylation that might alter transcription) or a specific genetic alteration that could drive changes in O1 antigen expression.
In the experimental field of gene therapy, scientists have worked carefully to avoid the momentous step of making a genetic alteration that could be passed along to future generations.
The mineralogical properties of aggregate interplanetary dust particles (IDPs) and matrix of CI and CM carbonaceous chondrites support a sequence of increasingly intense aqueous alteration that could have modified pristine organics in aggregate IDPs to more complex organic compounds in chondrite matrix.
But it also transfers DNA from one egg or embryo into another, a form of genetic alteration that could be passed on to future generations.
Hydrogen bonding interactions also contribute significantly to the binding energetics of biotin, and the D128A mutation which breaks a hydrogen bond between the protein and a ureido NH group results in a significant structural alteration that could mimic an intermediate on the dissociation pathway.
We found that both the 5'- and 3'- mPing flanks underwent extensive methylation alteration that could also be classified into four types as in the case of random genomic loci detected by MSAP.
We have reviewed the various changes within the hematopoietic system with aging that are expected to contribute to increased cancer incidence in the elderly, including accumulating mutations and epigenetic changes, increased inflammation, decreased adaptive immunity, altered numbers and fitness of progenitors, and other alterations that could change the adaptive landscape.
With a few alterations, that could have been a discussion of Byron.
Taken together, these studies revealed structural alterations that could be related to changes in mechanical properties.
Computational analysis suggested structural alterations that could provide additional interactions with RT and thus improve inhibitory potency.
To search for genetic alterations that could eventually be exploited as predictive and prognostic markers, we compared genome-wide CNA and LOH of 16 matched diagnosis and relapse samples from childhood HD ALL cases.
