Knott V J, Bakish D, Barkley J
Institute of Mental Health Research, Royal Ottawa Hospital, Ontario.
J Psychiatry Neurosci. 1994 Jul;19(4):301-6.
Patient reports and laboratory tests support the notion that panic attacks are generated by stimulation of brainstem nuclei. Scalp-recorded brainstem auditory evoked potentials may serve as a unique measurement strategy for the noninvasive assessment of the role of brainstem functioning in panic disorder. Ipsilateral and contralateral BSAEP recordings were examined in response to separate left and right ear click stimulation in 28 patients with a diagnosis of panic disorder and in 18 normal controls. Latency measures did not differentiate between the patient and control groups but amplitudes of wave III and V were found to be larger in patients. These findings are discussed in relation to pathophysiological and neurochemical theories of panic and specific emphasis is placed on serotonergic function.
患者报告和实验室检查支持这样一种观点,即惊恐发作是由脑干核团的刺激所引发的。头皮记录的脑干听觉诱发电位可作为一种独特的测量策略,用于无创评估脑干功能在惊恐障碍中的作用。对28例诊断为惊恐障碍的患者和18名正常对照者分别进行左耳和右耳点击刺激,检测同侧和对侧脑干听觉诱发电位记录。潜伏期测量结果在患者组和对照组之间没有差异,但发现患者组中波III和波V的波幅更大。结合惊恐的病理生理和神经化学理论对这些发现进行了讨论,并特别强调了血清素能功能。