Problem;
We had previously introduced the physiological adaptational mechanism into behavior-formation process, taking the homeostasis with Adrenalin and Acetylcholin as a principle, and studied the responding process ; and made it clear that the momentum at the early stage had decreased as the stress and in this period the neural regulation had not taken place, oxidizing and reducing substances of
SH taking part in.
In order to make the stress clear, we studied here under what system, (1) oxidizing and reducing substances and (2) Coenzym through
G-
SH had effect on the stress and the adaptational response.
Procedure;
Revolving wheel. Animals: 180
NA2 mice, 1012g. Stimulus for sympathetic nerve: Adrenalin (10
-5g., 0.1cc); for parasympathetic: Acetylcholin (10
-5g., 0.1cc); oxdizing and reducing substances (
Vc,
G-
SH,
Fe2+ : each 10mg/cc 0.1cc Coenzyms (
VB1, Taurin, Hypo) : each 10mg/cc 0.1cc.
The momentum (1) immediately after hypodermic infection, (2) after 10 minutes, (3) after 20 minutes and (4) in the state of conflict by stimulation was recorded by means of the polygraph.
Results;
1) Oxidizing and reducing substances of
SH and Coenzym, making a system under the stress, took part in the adaptational response. The systems were different from each other under the different conditions.
2) Oxidizing and reducing substances were affecting in the stress period, with
G-
SH→
Fe2+→
Vc, system under the condition of immediately after stimulation, with
G-
SH→
Vc→F
Fe2+ under that of after 10 minutes, with
Vc→
G-
SH→
Fe2+ under 20 minutes one, and with some different system under the conflict-condition (Fig. 1, 2).
3) As to Coenzyms,
VB1 and Hypo had effect immediately after stimulation, and Taurin and Hypo after 10 and 20 minutes (Fig. 3, 4).
4) The relations between oxidizing and reducing substances and Coenzyms were (Fig. 5) :
G-SH→Fe
2+→Vc
_??_ _??_ _??_ (immediately after s.)
↑
VB1,
HypoG-SH→Vc→Fe
2+_??_ _??_ _??_ (after 10 min.)
↑
Hypo,
TaurinVc→G-SH→Fe
2+_??_ _??_ _??_ (after 20 min.)
↑
Taurin,
Hypo
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