The phrase "alteration of neural" is correct and usable in written English.
It can be used in contexts discussing changes or modifications related to neural structures or functions, often in scientific or medical discussions.
Example: "The alteration of neural pathways can significantly impact cognitive functions and behavior."
Alternatives: "modification of neural" or "change in neural".
The alteration of neural network may imply that migraine is associated with functional brain reorganization.
Though previous EEG and fMRI studies revealed the alteration of neural network in migraine, it remains unclear if the neural network impairment in migraine is frequency-dependent.
What the right to psychological continuity aims to prevent is not the unrestricted access to brain information but the induced alteration of neural functioning.
Therefore, although in such medical procedure informed consent is always obtained based on minimal medical ethics requirement, still there is a risk that the alteration of neural computation enabled by DBS may cause a disproportionate harm as compared to the therapeutic benefit.
Because it is likely that the alteration of neural transmission in Scrapper mutant mice affect their systemic condition, we have analyzed the behavioral phenotypes of mice with decreased or increased the amount of SCRAPPER.
Decreasing intracellular pH can induce calcium influx in an acid-sensing ion channels knockout cell model via voltage-gated calcium channels, resulting in an alteration of neural cell plasticity and increased cell injury [ 39].
Alterations of neural activity were also observed in non-auditory brain structures [14], [15], [16].
However tinnitus related alterations of neural functioning are not limited to the central auditory system, but also encompass non-auditory regions such as frontal and limbic areas [9] [12].
Additionally, we observed that microstructural alterations of neural fibers were associated with seizure onset age, disease duration, and drug-resistance.
Painful stimuli and repeated and/or long-lasting stressors can result in functional alterations of neural circuits [ 3].
Summary: In the current manuscript, Jones and colleagues demonstrate that genetic inactivation of NR1 receptors in dopamine neurons results in aberrant fear discrimination and alterations of neural plasticity in the lateral amygdala, which they suggest may underlie fear generalization.
