Carnegie Mellon researchers developed "DeepFocus," a new method for brain stimulation that combines transnasal and transcranial electrical stimulation for minimally invasive targeting of deep brain ...

神经调控（脑刺激）技术可以通过不同类型物理场调节大脑内的电信号传递与加工过程，并产生持续效果，已成为临床精神疾病非药物治疗的主流方案。然而，无创电刺激对大脑深部区域的调控效果尚不清晰，是制约临床神经调控技术发展与精准化应用的重要瓶颈。研究团队通过构建 ...

手术治疗癫痫是目前可行的治疗方法，使患者有可能成为无癫痫发作和停用抗惊厥药物。这篇文章描述了癫痫手术领域的许多前沿进展，这些进展被癫痫团队用于使患者无神经或认知障碍的癫痫发作。特别地，这篇文章讨论了脑磁图的作用，MRI技术的前沿进展，术前脑成像，有创电较记录和神经导航的病人在明确的手术治疗前的检查。然后我们讨论了不同的癫痫手术的结果，包括迷走神经刺激，多次皮下切除和胼胝体切开术。较后，我们描述的技 ...

Researchers from Carnegie Mellon University and Allegheny Health Network have developed a new method for deep brain stimulation. The technique, called "DeepFocus," uses transcranial electrical ...

If you’re in the mood to chill, pull up a bilateral song on TikTok or YouTube. While it’s best to listen with headphones, you ...

Transcranial direct current stimulation was no better than sham stimulation in strengthening hand function after stroke when ...

A two-part clinical trial led by University of Cincinnati researchers at the Lindner Center of HOPE is testing the use of ...

This work presents potentially important findings suggesting that a combination of transcranial stimulation approaches applied for a short period could improve memory performance after administration.