Yurtsever Cagri, Harris Jessica, Breeser Alex, Ramachandran Sudha, Pisinski Leszek
Department of Radiology, Columbia University College of Physicians and Surgeons, Harlem Hospital Center, New York, USA.
Radiol Case Rep. 2023 Sep 14;18(11):4167-4171. doi: 10.1016/j.radcr.2023.08.100. eCollection 2023 Nov.
We present a case of a 70-year-old male who was brought to the hospital with altered mental status and was found to have 2 serious complications of cocaine use which are Cerebellar Hippocampal and Basal Nuclei Transient Edema with Restricted diffusion (CHANTER) syndrome and mesenteric ischemia. CHANTER syndrome is a recently described constellation of radiologic and clinical findings and has a strong association with opiates, and/or other drugs of abuse, including cocaine. Even though CHANTER has many similarities with other ischemic, anoxic, and/or toxic injuries related to substance abuse such as clinical presentation and restricted diffusion on magnetic resonance imaging (MRI); the typical distribution of affected regions in the brain is helpful in differentiating from other injuries. With this study, we aim to emphasize the clues that separate CHANTER syndrome from other acute neurologic problems in the setting of substance use. Our case also suggests that the obstructive hydrocephalus, a known possible complication of CHANTER, is likely seen in the cases with severe and central cerebellar involvement. Additionally, it is not common to see complications in 2 different systems concurrently and a multisystemic approach is crucial to a patient with cocaine use to prevent missed life-threatening consequences throughout the various body systems.
我们报告一例70岁男性,因精神状态改变被送至医院,发现其有可卡因使用导致的两种严重并发症,即小脑海马和基底核短暂性水肿伴扩散受限(CHANTER)综合征以及肠系膜缺血。CHANTER综合征是最近描述的一组影像学和临床发现,与阿片类药物和/或其他滥用药物(包括可卡因)有很强的关联。尽管CHANTER与其他与药物滥用相关的缺血、缺氧和/或中毒性损伤有许多相似之处,如临床表现和磁共振成像(MRI)上的扩散受限;但大脑中受影响区域的典型分布有助于与其他损伤相鉴别。通过本研究,我们旨在强调在药物使用背景下将CHANTER综合征与其他急性神经问题区分开来的线索。我们的病例还表明,梗阻性脑积水是CHANTER已知的可能并发症,在严重且累及小脑中部的病例中可能出现。此外,同时在两个不同系统中出现并发症并不常见,对于使用可卡因的患者,多系统方法对于预防全身各系统中危及生命的后果未被发现至关重要。