Three-dimensional (3D) computer reconstruction is an ideal tool for evaluat
ing the centralized pathology of mammalian spinal cord injury (SCI) where m
ultiple anatomical features are embedded within each other. Here, we evalua
te three different reconstruction algorithms to three-dimensionally visuali
ze SCIs, We also show for the first time, that determination of the volume
and surface area of pathological features is possible using the reconstruct
ed 3D images themselves. We compare these measurements to those calculated
by older morphometric approaches. Finally, we demonstrate dynamic navigatio
n into a 3D spinal cord reconstruction (C) 2000 Elsevier Science Ltd. All r
ights reserved.