OBJECTIVE: To evaluate the structure and quality of sleep and the circadian rhythm of body core temperature (BcT degrees ) in patients with drug-resistant chronic cluster headache (CH) before and during deep brain stimulation (DBS) of the posterior hypothalamus. BACKGROUND: Chronic CH is a severe primary headache and frequently associated with disturbances in sleep. Posterior hypothalamus DBS is performed as an effective treatment of drug-resistant chronic CH. The effects of posterior hypothalamus DBS on sleep and the circadian rhythm of BcT degrees are unknown. METHODS: Three male patients with chronic drug-resistant CH underwent 48-hour consecutive polysomnography (PSG) by means of the VITAPORT system with determination of BcT degrees by means of a rectal probe. Recordings were done before electrode implantation in the posterior hypothalamus and after optimized DBS of posterior hypothalamus. RESULTS: Before electrode implantation PSG showed nocturnal CH attacks, reduced sleep efficiency, fragmented sleep and increased periodic limb movements in sleep (PLMS). During DBS nocturnal CH attacks were abolished and sleep efficiency and PLMS improved. BcT degrees circadian rhythm was normal both before and during DBS. CONCLUSIONS: Our data show that DBS of posterior hypothalamus in drug-resistant chronic CH is effective in curtailing nocturnal CH attacks, and is associated with improved sleep structure and quality. Chronic CH displays a normal circadian rhythm of BcT degrees, unchanged during hypothalamic DBS.
OBJECTIVE: To evaluate the structure and quality of sleep and the circadian rhythm of body core temperature (BcT degrees ) in patients with drug-resistant chronic cluster headache (CH) before and during deep brain stimulation (DBS) of the posterior hypothalamus. BACKGROUND:Chronic CH is a severe primary headache and frequently associated with disturbances in sleep. Posterior hypothalamus DBS is performed as an effective treatment of drug-resistant chronic CH. The effects of posterior hypothalamus DBS on sleep and the circadian rhythm of BcT degrees are unknown. METHODS: Three male patients with chronic drug-resistant CH underwent 48-hour consecutive polysomnography (PSG) by means of the VITAPORT system with determination of BcT degrees by means of a rectal probe. Recordings were done before electrode implantation in the posterior hypothalamus and after optimized DBS of posterior hypothalamus. RESULTS: Before electrode implantation PSG showed nocturnal CH attacks, reduced sleep efficiency, fragmented sleep and increased periodic limb movements in sleep (PLMS). During DBS nocturnal CH attacks were abolished and sleep efficiency and PLMS improved. BcT degrees circadian rhythm was normal both before and during DBS. CONCLUSIONS: Our data show that DBS of posterior hypothalamus in drug-resistant chronic CH is effective in curtailing nocturnal CH attacks, and is associated with improved sleep structure and quality. Chronic CH displays a normal circadian rhythm of BcT degrees, unchanged during hypothalamic DBS.
Authors: Paolo Martelletti; Rigmor H Jensen; Andrea Antal; Roberto Arcioni; Filippo Brighina; Marina de Tommaso; Angelo Franzini; Denys Fontaine; Max Heiland; Tim P Jürgens; Massimo Leone; Delphine Magis; Koen Paemeleire; Stefano Palmisani; Walter Paulus; Arne May Journal: J Headache Pain Date: 2013-10-21 Impact factor: 7.277