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The Golgi-Cox method was used to study the maturation of the large pyramidal cells of the Vth cortical layer in two groups of adult rats, one subjected to early postnatal malnutrition and another malnourished only during the second month of life. The main alterations were observed in the pyramidal cells of cortical layer V of rats malnourished during the first month of life. They consist of a decrease in the number and span of dendritic basilar processes. In animals malnourished during the second month of life, the number and span of basilar dendritic processes in pyramidal cells of layer V, were normal. It is postulated that early postnatal malnutrition induced immediately after birth, profoundly disturbs the process of neuronal maturation in the neocortex of the rat brain, probably with permanent effects.
M E Cordero, and
M Trejo, and
E García, and
T Barros, and
M Colombo
December 2015,
International journal of developmental neuroscience : the official journal of the International Society for Developmental Neuroscience,
M E Cordero, and
M Trejo, and
E García, and
T Barros, and
M Colombo
January 1993,
Pediatric neurology,
M E Cordero, and
M Trejo, and
E García, and
T Barros, and
M Colombo
January 1996,
Journal of the Society for Gynecologic Investigation,
M E Cordero, and
M Trejo, and
E García, and
T Barros, and
M Colombo
June 2010,
Nutrition (Burbank, Los Angeles County, Calif.),
M E Cordero, and
M Trejo, and
E García, and
T Barros, and
M Colombo
May 1979,
Physiology & behavior,
M E Cordero, and
M Trejo, and
E García, and
T Barros, and
M Colombo
February 2006,
The Neuroscientist : a review journal bringing neurobiology, neurology and psychiatry,
M E Cordero, and
M Trejo, and
E García, and
T Barros, and
M Colombo
January 1983,
Acta neuropathologica,
M E Cordero, and
M Trejo, and
E García, and
T Barros, and
M Colombo
April 1976,
The American journal of clinical nutrition,
M E Cordero, and
M Trejo, and
E García, and
T Barros, and
M Colombo
June 2005,
Physiology & behavior,
M E Cordero, and
M Trejo, and
E García, and
T Barros, and
M Colombo
October 1997,
Journal of neurophysiology,
