Oommen Kalarickal, Kopel Jonathan
Jay & Virginia Crofoot Epilepsy Monitoring Unit, Covenant Hospital, and Epilepsy Clinics, Covenant Medical Group, Lubbock, Texas.
Texas Tech University Health Sciences Center, Lubbock, Texas.
Proc (Bayl Univ Med Cent). 2022 Mar 17;35(4):492-497. doi: 10.1080/08998280.2022.2045178. eCollection 2022.
Changes in cerebral blood flow (CBF) in the human cerebral cortex during surgery were reported by Penfield. However, data on continuous CBF during seizures were not available until Carter et al developed a subdural CBF probe for measuring continuous CBF. This probe used thermal resistor methodology and was developed to study patients with head trauma. With such a probe, changes in continuous CBF and electroencephalography during and after a seizure were reported by Oommen et al. Such changes were later confirmed examining the same phenomenon by using cerebral perfusion with laser Doppler methodology with epidural electroencephalography. This review details the evolution of our knowledge of CBF from observational reports to recordings from the animal and human cortices, by varying methodologies.
彭菲尔德报告了手术期间人类大脑皮层的脑血流量(CBF)变化。然而,在卡特等人开发出用于测量连续CBF的硬膜下CBF探头之前,尚无癫痫发作期间连续CBF的数据。该探头采用热电阻方法,专为研究头部外伤患者而开发。奥门等人利用这种探头报告了癫痫发作期间及之后连续CBF和脑电图的变化。后来,通过使用激光多普勒方法进行脑灌注和硬膜外脑电图检查相同现象,证实了这些变化。这篇综述详细介绍了我们对CBF的认识从观察报告到通过不同方法对动物和人类皮层进行记录的演变过程。