在许多有关猴脑的研究中，包括Rizzolatti的初步研究和其他涉及镜像神经元的研究，都是通过将电极插入大脑并测量电活动来直接记录大脑的活动。 在许多人类研究中并未使用此技术。 但是，一项镜像神经元研究在手术前评估期间直接探查了癫痫患者的大脑。 科学家在内侧额叶和内侧颞叶中发现了潜在的镜像神经元，这有助于代码记忆。 大多数涉及人体镜像神经元的研究都提供了间接证据，指出大脑中的镜像神经元。
英国Primary care 论文代写：癫痫患者
In many studies on monkey brains, including Rizzolatti’s preliminary research and other studies involving mirror neurons, the brain’s activity is directly recorded by inserting electrodes into the brain and measuring electrical activity. This technique has not been used in many human studies. However, a mirror neuron study directly explored the brains of patients with epilepsy during preoperative assessment. Scientists have discovered potential mirror neurons in the medial frontal and medial temporal lobes, which contribute to code memory. Most studies involving human mirror neurons provide indirect evidence of mirror neurons in the brain.