The phrase "abnormal surface" is correct and usable in written English.
It can be used in contexts such as medical descriptions, scientific observations, or material assessments where a surface deviates from the norm.
Example: "The doctor noted an abnormal surface on the patient's skin, indicating a possible underlying condition."
Alternatives: "irregular surface" or "unusual surface".
Moreover, these RNAi lines also show abnormal surface protein distribution, suggesting that GPI cleavage may influence trafficking of anchored proteins.
Abnormal surface expression of HSP60 sensitizes endothelial cells to apoptosis and cross-recognition of HSP60 on stressed endothelial cells by such antibodies may amplify the process.
Furthermore, the immunostains revealed that PMG-like cortical dysgenesis was more widespread than appreciated from abnormal surface morphology.
Inhaled HS may increase airway surface fluid, reduce the abnormal surface adhesivity and tenacity of the mucus and improve MCC.
To detect inflammatory conditions such as FMD affecting cattle feet, IRT needs to be able to identify abnormal surface temperature elevations.
And the clathrin-coated regions in the clone 1.E cells are populated with a full cohort of early-arriving clathrin coat pioneers despite the abnormal surface arrangement.
Mercier et al. recently proposed that the increase in membrane synthesis causes the cells to have an abnormal surface-area-to-volume ratio (Mercier et al., 2013).
The scanner provides a cloud of points representing the initial geometry and, by means of its own software, initial cleaning operations are performed: deleting abnormal surfaces and pulling the 3D image out of the scan noise.
Look at the ice to see if you can see any cracks, breaks, weak spots or abnormal surfaces and to identify the color(s) of the ice.
Water flows in and/or out of the iced-over water body Cracks, breaks or holes Ice that appears to have thawed and refrozen Abnormal surfaces that you have not seen before - e.g., pressure ridges caused by currents or winds.
Specifically, the proposed model is shown capable of elucidating some of the major defect formation mechanisms observed in experiments, such as "lack of fill", "abnormal stirring", "surface galling", and "excessive flash", etc.
