-transparent.png){kind=logo}
The concentrations of dopamine, noradrenaline, and dihydroxyphenylacetic acid were determined in the amygdala, neostriatum, neocortex, hippocampus, brain stem, and hypothalamus of cats, which had had 9 to 14 tonic-clonic kindled seizures. No significant biochemical changes were observed compared to control cats. Pharmacological manipulations of dopamine receptors (haloperidol, apomorphine) did not modify the kindling procedure. According to the data it seems unlikely that dopamine plays a major role in amygdaloid kindling.
Related Publications
G Stock, and
P Kummer, and
H Stumpf, and
K Zenner, and
V Sturm
July 1994,
Neurochemical research,
G Stock, and
P Kummer, and
H Stumpf, and
K Zenner, and
V Sturm
May 1999,
Brain research,
G Stock, and
P Kummer, and
H Stumpf, and
K Zenner, and
V Sturm
September 1990,
Neuroscience letters,
G Stock, and
P Kummer, and
H Stumpf, and
K Zenner, and
V Sturm
September 1989,
Electroencephalography and clinical neurophysiology,
G Stock, and
P Kummer, and
H Stumpf, and
K Zenner, and
V Sturm
January 1982,
Electroencephalography and clinical neurophysiology. Supplement,
G Stock, and
P Kummer, and
H Stumpf, and
K Zenner, and
V Sturm
July 1980,
Brain research,
G Stock, and
P Kummer, and
H Stumpf, and
K Zenner, and
V Sturm
January 1998,
Epilepsy research,
G Stock, and
P Kummer, and
H Stumpf, and
K Zenner, and
V Sturm
March 1986,
Canadian journal of physiology and pharmacology,
G Stock, and
P Kummer, and
H Stumpf, and
K Zenner, and
V Sturm
October 2008,
Epilepsy research,
G Stock, and
P Kummer, and
H Stumpf, and
K Zenner, and
V Sturm
June 1989,
The Japanese journal of psychiatry and neurology,
