In this paper we have studied the rat under chronic treatment with Lobeline sulphate ip. For a three week period we have recorded, once a week, weight, rectal temperature, tail-flick, motor coordination and general activity in a one-arm radial maze and in a Boissier-Simon table. At the end of the third week surface (SEEG) and deep (DEEG) EEG were recorded both from treated and control animals. The findings are: 1) no changes was observed in weight, rectal temperature, tail-flick and motor coordination; 2) the treated rats showed an increased general activity both in a one-arm radial maze and in the Boissier-Simon table; 3) the EEG effects were analyzed and quantified, by means of Fast Fourier transform, as total power and as power in preselected bands of frequency. The lobeline sulphate seems to produce both in SEEG and hippocampus a shift toward low frequencies and in amygdala a drift toward high frequencies.
[The biological and electrophysiological parameters in the rat chronically treated with Lobelia inflata L] / Sopranzi, Nello; DE FEO, Giuseppe; Mazzanti, Gabriela; Braghiroli, Laura. - In: LA CLINICA TERAPEUTICA. - ISSN 0009-9074. - STAMPA. - 137:4(1991), pp. 265-268.
[The biological and electrophysiological parameters in the rat chronically treated with Lobelia inflata L].
SOPRANZI, Nello;DE FEO, Giuseppe;MAZZANTI, Gabriela;BRAGHIROLI, Laura
1991
Abstract
In this paper we have studied the rat under chronic treatment with Lobeline sulphate ip. For a three week period we have recorded, once a week, weight, rectal temperature, tail-flick, motor coordination and general activity in a one-arm radial maze and in a Boissier-Simon table. At the end of the third week surface (SEEG) and deep (DEEG) EEG were recorded both from treated and control animals. The findings are: 1) no changes was observed in weight, rectal temperature, tail-flick and motor coordination; 2) the treated rats showed an increased general activity both in a one-arm radial maze and in the Boissier-Simon table; 3) the EEG effects were analyzed and quantified, by means of Fast Fourier transform, as total power and as power in preselected bands of frequency. The lobeline sulphate seems to produce both in SEEG and hippocampus a shift toward low frequencies and in amygdala a drift toward high frequencies.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.