Published: Jan 1994
| ||Format||Pages||Price|| |
|PDF (520K)||26||$25||  ADD TO CART|
|Complete Source PDF (6.0M)||26||$65||  ADD TO CART|
This paper reports on a carefully controlled series of 4 groups of experiments using animal models, examining head and spinal cord injuries. In the first group of experiments, animals were subjected to both direct single and repeated applications of direct controlled impact to the head, using the concussion gun designed by Foltz, et al. causing translational (linear) acceleration. In a second group of experiments controlled nondeforming rotational acceleration was directed through a known path near C7-T1, using Head Acceleration Device II (HADII). The third group consisted of animal experiments using Rhesus monkeys undergoing -Gx impact vector acceleration of the restraint torsi but freely movable head and neck, and in the fourth group the same type of indirect impact acceleration was undertaken using +Gx impact vector acceleration. In each group detailed histological examinations were carried out using a Spielmeyer assortment.
animal models, head injuries, spine injuries, spinal cord injuries, direct and indirect impact acceleration, translational(linear) acceleration, rotational acceleration, whiplash
President, Neuroscience, Inc., New Orleans, LA
Paper ID: STP12813S