-transparent.png){kind=logo}
Postnatal development of catecholaminergic and gamma-aminobutyric acid (GABA)-ergic neurons in the periglomerular region of the rat main olfactory bulb was studied immunohistochemically using antisera against tyrosine hydroxylase (TH), glutamic acid decarboxylase and GABA. TH-like immunoreactive neurons almost always contained GABA-like immunoreactivity in the first postnatal week, but about 10% of them did not contain GABA-like immunoreactivity in older animals.
Related Publications
K Kosaka, and
K Hama, and
I Nagatsu, and
J Y Wu, and
O P Ottersen, and
J Storm-Mathisen, and
T Kosaka
June 1984,
Archives italiennes de biologie,
K Kosaka, and
K Hama, and
I Nagatsu, and
J Y Wu, and
O P Ottersen, and
J Storm-Mathisen, and
T Kosaka
August 1979,
Journal of developmental physiology,
K Kosaka, and
K Hama, and
I Nagatsu, and
J Y Wu, and
O P Ottersen, and
J Storm-Mathisen, and
T Kosaka
January 1984,
The Journal of comparative neurology,
K Kosaka, and
K Hama, and
I Nagatsu, and
J Y Wu, and
O P Ottersen, and
J Storm-Mathisen, and
T Kosaka
January 2013,
Neuroscience research,
K Kosaka, and
K Hama, and
I Nagatsu, and
J Y Wu, and
O P Ottersen, and
J Storm-Mathisen, and
T Kosaka
November 1981,
Brain research,
K Kosaka, and
K Hama, and
I Nagatsu, and
J Y Wu, and
O P Ottersen, and
J Storm-Mathisen, and
T Kosaka
September 1994,
The European journal of neuroscience,
K Kosaka, and
K Hama, and
I Nagatsu, and
J Y Wu, and
O P Ottersen, and
J Storm-Mathisen, and
T Kosaka
May 1988,
Brain research,
K Kosaka, and
K Hama, and
I Nagatsu, and
J Y Wu, and
O P Ottersen, and
J Storm-Mathisen, and
T Kosaka
January 1982,
Neuroscience,
K Kosaka, and
K Hama, and
I Nagatsu, and
J Y Wu, and
O P Ottersen, and
J Storm-Mathisen, and
T Kosaka
January 1994,
Experimental brain research,
K Kosaka, and
K Hama, and
I Nagatsu, and
J Y Wu, and
O P Ottersen, and
J Storm-Mathisen, and
T Kosaka
December 1987,
Brain research,
