The phrase "alterations depending on" is correct and usable in written English.
It can be used when discussing changes or modifications that are contingent upon certain conditions or factors.
Example: "The final design will include alterations depending on client feedback and budget constraints."
Alternatives: "changes based on" or "modifications contingent upon".
NIR imaging in neovascular AMD revealed characteristic alterations depending on the type of CNV.
Acute exposition may cause renal failure, but chronic exposure results in a great variety of alterations, depending on the dose and duration of exposure.
In monkeys, the smooth muscle bundles grow along with the conducting airways and have characteristic alterations depending on location and age (Tran et al. 2004a).
We confirmed the multiple cognitive nature of dyslexia and suggested that experience greatly influences anatomical alterations depending on various subtypes of dyslexia, especially in a student sample.
2 Data from genetic analyses have confirmed the existence of distinct subtypes with characteristic genetic alterations depending on anatomic site and degree of sun-exposure.
At the intermediate level of a neurofibrillar pathology (Pattern IIa), we found different morphological alterations depending on the patients, mostly a reduction in dendritic spine volume and length (Patient P9) and a reduction in dendritic spine density (Patients P13 and P14).
These alterations depend on the genetic background and are still poorly understood: neurodevelopmental defects could be one of the factors; acute events (such as spontaneous epileptic seizures) might also play a role.
The mechanism of enzyme membrane interactions is thought to involve conformational changes at the level of the protein tertiary structure, and the extent of such alterations depends on the degree of structural flexibility of the different LOX isoforms.
However, existing relationships for how reductions in canopy cover translate into changes in incoming near-ground solar radiation do not account for the ways in which fire, die-off, and thinning differentially alter either or both the foliar and woody components of canopy architecture and the degree to which such alterations depend on foliar density.
The phenotypic consequences of these alterations depend on the nature and extent of the deleted or duplicated DNA sequence [ 14, 15].
Regulation of such alterations depends on their time scale, where short-time adaptations differ from permanently established gene expression patterns maintained by epigenetic mechanisms.
