The phrase "abnormal matter" is correct and usable in written English.
It can be used in scientific or technical contexts, particularly in discussions related to physics, cosmology, or materials science.
Example: "Researchers are investigating the properties of abnormal matter to understand its potential applications in advanced technologies."
Alternatives: "anomalous matter" or "irregular matter".
Dr Just suggests that abnormal white matter causes the grey matter to adapt to the resulting lack of communication.
Here we present results from abnormal white matter and total gray matter volume because these variables have previously been associated with diabetes (2– 8).
While it may be true that diabetic retinopathy signals greater risk for increased abnormal white matter volume and decreased gray matter volume, the reverse that lack of retinopathy implies lack of risk is not necessarily true.
The next analyses addressed the question of whether diabetic retinopathy at baseline predicted increases in abnormal white matter or decreases in gray matter volume or cognitive scores over 40 months of follow-up.
This approach combined with image segmentation further allowed the derivation of new measures of MWF deficiency: total deficient MWF volume (DV) in WM, in WM lesions, in diffusely abnormal white matter and in normal appearing white matter (NAWM).
Abnormal white matter comprises both regions of diffuse small-vessel disease and focal white matter hyperintensities surrounding these changes.
However, the fact that adjustment for cardiovascular factors attenuated the association between diabetic retinopathy and abnormal white matter does not mean that retinopathy is not an important predictor of white matter disease; rather, the relationship was largely accounted for by cardiovascular risk factors that are known to contribute to both diseases.
Early detection of abnormal white matter maturation is important in the design of preventive, protective, and rehabilitative strategies for the management of the preterm infant.
Then, using the classical twin design, we estimated abnormal white matter heritability and the extent of shared genetic overlap with blood pressure.
To evaluate whether the number of postnatal infections is associated with abnormal white matter maturation and poorer motor neurodevelopmental outcomes at 36 months of corrected age.
