The phrase "alteration to form" is correct and usable in written English.
It can be used in contexts where changes or modifications to a specific structure or format are being discussed.
Example: "The alteration to form was necessary to meet the new design standards set by the regulatory body."
Alternatives: "change in structure" or "modification of form".
In NB, different recurrent genetic alterations combine to form distinct genomic types, which are in turn associated with different clinical outcomes.
Organic chemical reactions influence many geochemical processes, as, for example, rock weathering and production of soil, the solution, precipitation, and secretion of such dissolved materials as calcium carbonate, and the alteration of sediments to form sedimentary rocks.
However, further persistent infection beyond 18 weeks resulted in an irreversible form of transformation that included prominent chromosomal alteration, the ability to form tumors in animals and high efficiency of colony formation in soft agar.
These cells then acquire additional cancer-related genetic alterations and expand to form a larger field of abnormal cells that, with the acquisition of further genetic changes, then progress to invasive cancer (Califano et al, 1996, 2000; Braakhuis et al, 2003).
An example of diagenesis is the chemical alteration of a feldspar to form a distinctly new mineral in its place, a clay mineral.
Given that this mutant cell line, like the others tested here, exhibited no alteration in its ability to form damage-induced Rad51 foci, this raised the possibility that the T3232A mutation might promote the persistence of Rad51 foci after their formation.
This seems more likely to reflect the potassic alteration typical of porphyry copper systems, rather than neutralization at low temperature to form propylitic alteration that accompanies chlorite precipitation (Giggenbach 1997).
Further synergy in soft agar was observed when all three alterations were expressed together to form 2- to 4-fold more colonies as compared with the double-modified cells.
The aim of our study was to establish which of the analysed genes are likely to be critical in LSCC and which genetic alterations tend to occur together to form a network of molecular events and then could be applied as molecular markers of clinical outcome.
It has been assumed that a reactive hydrogen atom in the flavonoids may be released during the tautomeric alterations of the enol form to the keto form which can reduce copper ions to form copper nuclei or CuNPs.
