-transparent.png){kind=logo}
The reported investigations were carried out on male Porton white mice, which had bilateral lesions of the cortex of frontal lobes made one month before the experiment. In mice with these lesions the excitatory effect of apomorphine (2 mg/kg) and clonidine (0.1 microgram/kg) was abolished, similarly as the inhibitory effect of clonidine (1 mg/kg) on the motor activity. The data indicate that noadrenergic neurons in the frontal lobes participate in the regulation of the motor and exploratory activity in mice.
Related Publications
A Plech, and
Z S Herman, and
E Bień, and
A Wierzbicki, and
L Opiełka
April 2000,
Neurotoxicity research,
A Plech, and
Z S Herman, and
E Bień, and
A Wierzbicki, and
L Opiełka
October 1999,
Neuropsychologia,
A Plech, and
Z S Herman, and
E Bień, and
A Wierzbicki, and
L Opiełka
January 1992,
European archives of psychiatry and clinical neuroscience,
A Plech, and
Z S Herman, and
E Bień, and
A Wierzbicki, and
L Opiełka
January 2015,
Neuroscience letters,
A Plech, and
Z S Herman, and
E Bień, and
A Wierzbicki, and
L Opiełka
March 1997,
Brain injury,
A Plech, and
Z S Herman, and
E Bień, and
A Wierzbicki, and
L Opiełka
January 1995,
Advances in neurology,
A Plech, and
Z S Herman, and
E Bień, and
A Wierzbicki, and
L Opiełka
January 1996,
Physiology & behavior,
A Plech, and
Z S Herman, and
E Bień, and
A Wierzbicki, and
L Opiełka
January 1976,
Pharmacology, biochemistry, and behavior,
A Plech, and
Z S Herman, and
E Bień, and
A Wierzbicki, and
L Opiełka
February 1978,
Canadian Psychiatric Association journal,
A Plech, and
Z S Herman, and
E Bień, and
A Wierzbicki, and
L Opiełka
January 1977,
Clinical and experimental pharmacology & physiology,
