-transparent.png){kind=logo}
Using an immunoperoxidase technique, somatostatin-28-like immunoreactive (LIR) neurons were observed in the main and accessory olfactory bulb (MOB and AOB) of adult rats. In the MOB, a restricted population of periglomerular cells in the glomerular layer, some superficial short-axon cells in the juxtaglomerular layer, and some deep short-axon cells in the granule cell layer were IR. The periglomerular and the superficial short-axon cells were stained so well that they looked like Golgi-impregnated specimens. In the AOB, a very small population of small neurons in the glomerular layer, a very few medium-sized and large neurons in the external plexiform layer, and some neurons in the granule cell layer, which seem to be corresponding to the deep short-axon cells in the MOB, were IR. The present results have revealed that different morphological types of bulbar neurons are somatostatin-28-LIR; they also indicate neurochemical differences between the MOB and AOB.
S Takami, and
M H el-Hawary, and
P P Graziadei
December 1982,
Endocrinology,
S Takami, and
M H el-Hawary, and
P P Graziadei
June 1987,
The Journal of comparative neurology,
S Takami, and
M H el-Hawary, and
P P Graziadei
March 1992,
Neuroscience letters,
S Takami, and
M H el-Hawary, and
P P Graziadei
November 1982,
The Tohoku journal of experimental medicine,
S Takami, and
M H el-Hawary, and
P P Graziadei
March 1986,
Neuroscience letters,
S Takami, and
M H el-Hawary, and
P P Graziadei
April 1982,
Neuroscience,
S Takami, and
M H el-Hawary, and
P P Graziadei
September 1985,
The Journal of comparative neurology,
S Takami, and
M H el-Hawary, and
P P Graziadei
October 1993,
Neuroscience letters,
S Takami, and
M H el-Hawary, and
P P Graziadei
September 1982,
Hormone and metabolic research = Hormon- und Stoffwechselforschung = Hormones et metabolisme,
S Takami, and
M H el-Hawary, and
P P Graziadei
June 1998,
Brain research,
