The phrase "abnormality may contribute" is correct and usable in written English.
It can be used in contexts discussing potential causes or factors related to a specific issue or condition.
Example: "In the study of mental health, researchers found that an abnormality may contribute to the development of certain disorders."
Alternatives: "irregularity might play a role" or "anomaly could influence."
Further functional analyses of the Δexon14 JAK2 protein are needed to better understand how this abnormality may contribute to the pathophysiology of disease and its potential role as a marker for diagnosis, prognosis, or prediction of response to therapy.
According to Björntorp, an hypothalamic-pituitary-adrenocortical axis abnormality may contribute to both insulin resistance and abdominal obesity with lipids and blood pressure being the secondary complications.
The present findings suggest that ACC abnormalities may contribute to repetitive behaviour in ASD, possibly on the basis of their contribution to aberrant response monitoring, but linking ACC abnormalities to specific dimensions of repetitive behaviour and identifying the underlying mechanisms requires further study with large samples.
Structural abnormalities may contribute to these deficits in learning and memory.
The identification of patients with KEAP1 epigenetic abnormalities may contribute to disease progression prediction in breast cancer patients.
We were interested to find out whether coagulation abnormalities may contribute to the increased thrombotic risk after liver transplantation.
Whether EEG/EP findings represent irreversible brain damage, temporary dysfunction or whether EEG abnormalities may contribute to brain injury in septic patients, remains unknown.
While splicing abnormalities may contribute to tdp-1 loss of function defects, splicing differences do not readily explain changes in transcript abundance in tdp-1 ok803 tdp-1 ok803
Moreover, altered cellular functions of various cell types have been related to diabetes and these abnormalities may contribute to systemic inflammation.
Our data suggest that cystogenesis precedes deregulation of proliferation-related pathways, suggesting that proliferation abnormalities may contribute in cyst growth rather than cyst formation.
Characterization of the developmental changes attributed to oligodendrocytes and myelination is important for a better understanding of TSC as well as other neurodevelopmental disorders, including cryptogenic autism, for which myelination abnormalities may contribute to disease pathology.
