Self-report and neural data were examined in 14 right-handed college-age males screened from a pool of 200 to verify neural activity during imagery and that the neural activity (area of brain) varies as a function of the imagery type. Functional magnetic resonance imaging data collected during real-time imagery of the three Movement Imagery Questionnaire-3 abilities indicated frontal areas, motor areas, and cerebellum active during kinesthetic imagery, motor areas, and superior parietal lobule during internal visual imagery, and parietal lobule and occipital cortex during external visual imagery. Central and imagery-specific neural patterns were found providing further biological validation of kinesthetic, internal visual, and external visual complementing results on females. Next, research should (a) compare neural activity between male participants screened by self-reported imagery abilities to determine if good imagers have more efficient neural networks than poor imagers and (b) determine if there is a statistical link between participants’ neural activity during imagery and self-report Movement Imagery Questionnaire-3 scores.

对从 200 名中筛选出来的 14 名右利手大学年龄男性的自我报告和神经数据进行了检查，以验证图像期间的神经活动以及神经活动（大脑区域）随图像类型的变化而变化。在三个运动图像问卷 3 能力的实时成像期间收集的功能性磁共振成像数据表明，在动觉成像期间，额叶区域、运动区域和小脑活跃，在内部视觉成像期间，运动区域和顶叶上小叶活跃，而顶叶和在外部视觉意象期间的枕叶皮层。发现中央和图像特异性神经模式为女性的动觉、内部视觉和外部视觉补充结果提供了进一步的生物学验证。下一个，