For these reasons, we can definitely conclude that both the topographical and pathological PET markers are very accurate and sensitive to early diagnosis of AD, as well as to differential diagnosis with other dementia (e.g., FTD or DLB) when appropriate data analysis at single subject level is performed.
Here we tested the extent to which structures sensitive to autism diagnosis are also typically sexually dimorphic.
Later, Orbscan II combined slit scanning with Placido-based topography analysis making it more sensitive to early diagnosis.
For example, the cognitive domain (especially from the Caregiver Report Version) should be most sensitive to facilitating diagnosis of mild cognitive impairment or dementia, and the psychological domain should be most responsive to therapy.
CKD-EPI equation was recently developed using pooled data to improve the accuracy of GFR estimates among individuals with normal or near normal renal function while remaining sensitive to the diagnosis of more serious renal impairment.
The diagnostic results indicate that the network-based biomarker is sensitive to the diagnosis of smokers with lung cancer and can be used as one kind of screening test.
There is a recent surge in interest in the use of cognitive-electrophysiology that may provide data that is more sensitive to the diagnosis than cognitive-performance data alone [ 228, 229].
The overlap between structures sensitive to autism diagnosis in males and sexually dimorphic structures in controls was again minimal in the main and the larger samples (e.g. 0.9% and 7.7%, respectively in voxel-level P < 0.025 maps; Fig. 2C, blue solid line, and E, blue dashed line).
The results showed that there was a non-random (P < 0.001) overlap between structures sensitive to autism diagnosis in males and sexually dimorphic structures in controls representing 'feminization', and this was consistently observed across almost all voxel-level thresholds apart from the low P-values for white matter (Fig. 5B and C, green dashed lines).
