An experimental study on the mice's adaptive response process from the standpoint of homeostasis
S Nakanishi, Toshio Hanyu
Abstract
Open-access reader
S Nakanishi, Toshio Hanyu
Abstract
Open-access reader
Mice's response process under the complex stimulus condition of Adrenalin and Acetylcholin (Ad. + Ach. stimuli) generally showed a general adaptive symptom (stress) of sudden decreasing tendency of behaviors in the early stage, and also in the after stage the same response tendency was seen, forming the continuous stress-response.Under co-enzymes, Vitamin B1, Taurin, Hypo (10 mg/cc) condition also the stress was seen. So, in the present experiment, we investigated the kind of response process from the standpoint of homeostasis, raising the density of V. B1, Taurin, and Hypo.Results : (1) Under V. B1 (20 mg/cc) condition, normal adaptive response of acceleration and restraining was seen after the stress in the early stage. (Fig. 1) (2) Between the density of these co-enzymes and the tendency of adaptive response, no functional relation was seen. These co-enzymes were seemed to affect not separately but to form a system in all, taking part in the adaptive response.
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Mice's response process under the complex stimulus condition of Adrenalin and Acetylcholin (Ad. + Ach. stimuli) generally showed a general adaptive symptom (stress) of sudden decreasing tendency of behaviors in the early stage, and also in the after stage the same response tendency was seen, forming the continuous stress-response.Under co-enzymes, Vitamin B1, Taurin, Hypo (10 mg/cc) condition also the stress was seen. So, in the present experiment, we investigated the kind of response process from the standpoint of homeostasis, raising the density of V. B1, Taurin, and Hypo.Results : (1) Under V. B1 (20 mg/cc) condition, normal adaptive response of acceleration and restraining was seen after the stress in the early stage. (Fig. 1) (2) Between the density of these co-enzymes and the tendency of adaptive response, no functional relation was seen. These co-enzymes were seemed to affect not separately but to form a system in all, taking part in the adaptive response.
Key concepts: Adaptive response, Fight-or-flight response, Homeostasis, Stimulus (psychology), Enzyme, Endocrinology, Internal medicine, Chemistry