Kompleksitas Obyek dan Running-Wheel Mempengaruhi Novel Object Recognition Test pada Mencit (Mus musculus)

Nisfa Hanim, Salmah Widyastuti, Achmad Alfiyan, Muhammad Azhari Akbar, B. Juliandi
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引用次数: 1

Abstract

This research aimed to confirm the tendency of mice to novel object, effect of exercise (in running-wheel) toward memory of mice and to test tendency of mice in avoiding predator signal in novel object. Novel object recognition test (NORT) used to test the memory the day after acquisition phase (NORT I) and memory one week after exercise was given (running-wheel) (NORT II). The result showed that there was no tendency of mice in exploring toward novel object in both NORT I and NORT II. This might happen because the complexity of familiar object higher than novel object, so the familiar object could accommodate more activities. Exercise using running-wheel in mice had an effect on memory, it could be seen in decreasing duration of object exploration time from NORT I to NORT II. There was no tendency in avoiding predator’s signal on novel object which was attached by urine addition (odor signal).
物体的复杂性和运行轮影响小说对象检索测试(Mus culus)
本研究旨在证实小鼠对新物体的倾向、运动(跑轮)对小鼠记忆的影响以及小鼠在新物体中回避捕食者信号的倾向。新物体识别测试(NORT)用于测试小鼠习得期后第一天的记忆(NORT I)和运动后一周的记忆(NORT II),结果表明,在NORT I和NORT II中,小鼠都没有探索新物体的倾向。这可能是因为熟悉对象的复杂性高于新对象,因此熟悉对象可以容纳更多的活动。使用滚轮运动对小鼠的记忆有一定的影响,其表现为从第一次运动到第二次运动的目标探索时间缩短。对尿液附加的新物体(气味信号)没有回避捕食者信号的倾向。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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