At cerebral level, new results of authors' own investigations presented the description of shape, distribution, and ultrastructural features of interstitial Cajal-like cells in different locations of the human brain (including interstitial cells of subcortical white matter, interstitial cells within the ectocortex of cerebral hemispheres, interstitial cells within the subarachnoid space, interstitial cells surrounding cortical arteries and veins)

This atlas presents in the simplest form, at original magnifications, plates from different clinical cases encountered in routine neurosurgical procedures (atherothrombotic disease, cerebral ischemia, cerebral tumors, cerebrovascular malformations, neurotrauma, Moyamoya disease, encephalitis, etc.). It is available to biologist and pathologist needing current information on the role of ultrastructure in different cell death diagnosis. Over time,

The authors analyzed by transmission electron microscopy the modifications of plasmalemma and nuclear envelope in the cerebral arterial wall in humans. Their ultrastructural observations are performed on the tunica media and endothelium. During autoschizis, some smooth muscle cells showed deep invaginations of the nuclear envelope with multiple craters that disintegrate the nucleus, whereas in the endothelium repetitive invaginations of plasmalemma