The phrase "abnormal nerves" is correct and usable in written English.
It can be used in medical or psychological contexts to describe nerves that are functioning improperly or are not typical in some way.
Example: "The patient was diagnosed with a condition that caused abnormal nerves, leading to chronic pain and discomfort."
Alternatives: "irregular nerves" or "dysfunctional nerves".
Since the spatial distribution of the myelinated fibers are not uniform in human [ 25, 26] and animal nerves [ 27, 28] and pathological changes may be focal, multifocal, or diffuse in abnormal nerves, sampling methods for nerve morphometry have been investigated [ 26, 29], still with controversial conclusions.
DSP was diagnosed by the modified San Antonio criteria requiring the presence of two of the following four criteria: 1) symptoms of DSP, 2) signs of DSP, 3) abnormal nerve conduction studies (NCS) with at least two abnormal nerves, and 4) abnormal vibration perception threshold (VPT).
Electrophysiological abnormality was defined by at least one abnormal nerve conduction study (NCS) parameter in both dominant-side sural and peroneal nerve distributions assessed using the Counterpoint instrument (Natus Medical) with age- and height-adjusted thresholds for abnormality (23).
On the basis of this consensus, we defined electrophysiological abnormality according to the presence of at least one abnormal nerve conduction parameter in both dominant-side sural and peroneal nerve distributions using the Counterpoint instrument (Natus Medical Incorporated, San Carlos, CA) (6).
FAP primarily affects the nervous system, resulting in abnormal nerve sensation, pain, and limb weakness.
Rather, the syndrome is believed to stem from abnormal nerve connections between the brain and gut, resulting in extreme sensitivity to bowel contractions and the passage of gas and fluids.
Histological and immunohistochemical analyses of the sural nerve using neuronal marker protein gene product 9.5 (PGP 9.5) demonstrated abnormal nerve fiber morphology in cisplatin-treated mice.
Other arrays penetrate brain tissue to monitor the abnormal nerve firing patterns in epilepsy or induce gene expression in the brain tissue of mice.
Diffusion tensor imaging with fibre tracking has found clinical applications in the evaluation of the compressed spinal cord and nerve roots and visualisation of abnormal nerve tracts [76, 77].
The treatment delivers electrical stimulation to block abnormal nerve signals in targeted areas of the brain.
A battery device the size of a silver dollar is put under the skin near the collarbone, with a wire going up through the neck into the brain; there it will produce mild shocks to counteract the "abnormal nerve signals that cause PD symptoms".
