Oddball and many-standards paradigm auditory-evoked potential data from laboratory mice

These data are from a study exploring mismatch responses in mice that may correspond with the human mismatch negativity. Auditory-evoked potential (AEP) data are coded as follows: E1 - urethane-anaesthetised mice E2 - conscious mice Dur - auditory stimuli varied in duration Frq - auditory stimuli varied in frequency Int - auditory stimuli varied in intensity/sound pressure level Isi - inter-stimulus interval between stimuli was varied OD - oddball paradigm MS - many-standards control paradigm These data illustrate the inherent influence of physical properties of auditory stimuli on the resulting AEP waveform, and correspondingly the mismatch response, in both anaesthetised and conscious laboratory mice.本数据集源自一项探究小鼠失配反应的研究，该反应或与人类的失配负波（mismatch negativity）相对应。听觉诱发电位（Auditory-evoked potential, AEP）数据的编码规则如下： E1 — 乌拉坦麻醉小鼠； E2 — 清醒小鼠； Dur — 时长存在差异的听觉刺激； Frq — 频率存在差异的听觉刺激； Int — 强度/声压水平存在差异的听觉刺激； Isi — 刺激间间期存在变化； OD — Oddball实验范式（oddball paradigm）； MS — 多标准对照实验范式（many-standards control paradigm）。 本数据集阐明了听觉刺激的物理属性对麻醉与清醒状态下实验小鼠所产生的听觉诱发电位波形及相应失配反应的固有影响。