C. Fernandez et al., BRAIN AGING AND NEUROTRANSPLANTATION .1. NIGRAL CELL-SUSPENSION CRAFTTO AGED RODENT STRIATUM AND MOTOR DISABILITIES, Archives of gerontology and geriatrics, 1994, pp. 51-58
The possibilities of neural transplantation were studied in functional
motor recovery of 21-23-month-old Sprague-Dawley male rats. Age-depen
dent functional losses of rats were evaluated using the Marshall scale
for swimming abilities, narrow bridge task and suspension on horizont
al wire. Fifteen rats exhibited motor disabilities when were compared
with young control rats. Deficient rats were divided in two groups: on
e group received dissociated fetal dopaminergic cells from ventral mes
encephalon (E12-E14) to striatum, whereas the other group having the s
ame level of impairment, was followed without any graft and served as
age-matched controls. Cell survival and behavior were evaluated twelve
weeks after grafting by immunocytochemistry (tyrosine hydroxylase = T
H) and the same behavioral test battery.