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Development and maturation of the basolateral complex of the amygdaloid body were studied in fetal and postnatal rat brains. In cresyl violet-stained sections the basolateral complex was distinguishable at the 17th prenatal day. On about the 14th postnatal day, it showed all the features of the adult structure. The acetylcholinesterase activity appeared in neuropil of the basolateral complex on the seventh postnatal day; it increased slowly up to the 60th day. After that age, the acetylcholinesterase activity was stable in all parts of the basolateral complex and corresponded to its cytoarchitectonic differentiation. Our results suggest that the process of maturation of the amygdaloid basolateral complex, being related to the ingrowing of the cholinergic fibers from the basal forebrain, lasts at least up to the end of the second month of postnatal life.
B Berdel, and
J Moryś, and
B Maciejewska, and
O Narkiewicz
February 1988,
Brain research,
B Berdel, and
J Moryś, and
B Maciejewska, and
O Narkiewicz
January 1976,
Acta neurobiologiae experimentalis,
B Berdel, and
J Moryś, and
B Maciejewska, and
O Narkiewicz
June 2014,
The Journal of comparative neurology,
B Berdel, and
J Moryś, and
B Maciejewska, and
O Narkiewicz
January 1975,
Folia morphologica,
B Berdel, and
J Moryś, and
B Maciejewska, and
O Narkiewicz
January 1976,
The Journal of physiology,
B Berdel, and
J Moryś, and
B Maciejewska, and
O Narkiewicz
April 1991,
Acta physiologica Scandinavica,
B Berdel, and
J Moryś, and
B Maciejewska, and
O Narkiewicz
February 1987,
Brain research,
B Berdel, and
J Moryś, and
B Maciejewska, and
O Narkiewicz
August 1988,
Arkhiv anatomii, gistologii i embriologii,
B Berdel, and
J Moryś, and
B Maciejewska, and
O Narkiewicz
March 1985,
Arkhiv anatomii, gistologii i embriologii,
B Berdel, and
J Moryś, and
B Maciejewska, and
O Narkiewicz
January 1998,
Journal of neurophysiology,
