Madapoosi Adrusht, Sanchez-Forteza Anthony, Mrad Tatiana Abou, McGuire Laura Stone, Theiss Peter, Tshibangu Mpuekela, Charbel Fady, Alaraj Ali
Department of Neurosurgery, University of Illinois Chicago, Chicago, IL, USA.
Interv Neuroradiol. 2024 Aug 7:15910199241272531. doi: 10.1177/15910199241272531.
The detachable balloon catheter (DBC) was a revolutionary technique for the treatment of cerebrovascular pathologies. It was used to treat carotid cavernous fistulas (CCFs), vertebro-jugular fistulas, arteriovenous malformations (AVMs), and aneurysms. The DBC became the foundation for neurointerventional techniques, leading to the development of coil embolization and bioactives. Our team selected relevant articles from PubMed published between 1974 and 2023. Articles were excluded if they did not discuss the use or development of the detachable balloon catheter or subsequent technologies. The DBC was used to occlude vessels, either temporarily or permanently. Dr Gerard Debrun implemented findings from Dr Fedor Serbinenko's research to develop an intravascular detachable balloon technique. He developed many variations using type I and type II balloon catheters that differed in size, length, and material, allowing for the personalization of treatment based on the lesion. This revolutionary thinking showed that every pathology has a different shape and anatomy that require a unique approach. The DBC would offer the first alternative to the conventional practice of carotid occlusion in CCF treatment at the time. The DBC would later be used in aneurysm occlusion and the embolization of AVMs, with additional benefit in traumatic vascular sacrifice. Although the DBC has largely been replaced, it is still useful in a small subset of patients, and has financial incentive as it is more affordable than coils. This technique was a monumental stride in the history of neurointervention and helped propel the specialty to the current era of patient-specific interventions.
可脱性球囊导管(DBC)是治疗脑血管疾病的一项革命性技术。它被用于治疗颈内动脉海绵窦瘘(CCF)、椎静脉瘘、动静脉畸形(AVM)和动脉瘤。DBC成为了神经介入技术的基础,推动了弹簧圈栓塞术和生物活性物质的发展。我们的团队从1974年至2023年发表在PubMed上的文章中筛选出相关文章。如果文章未讨论可脱性球囊导管或后续技术的使用或发展,则将其排除。DBC用于暂时或永久性地闭塞血管。杰拉德·德布伦博士运用费多尔·塞尔比宁科博士的研究成果,开发了一种血管内可脱性球囊技术。他使用I型和II型球囊导管开发了许多变体,这些导管在尺寸、长度和材料上有所不同,从而能够根据病变情况进行个性化治疗。这种革命性的思维表明,每种疾病都有不同的形状和解剖结构,需要独特的治疗方法。在当时,DBC为CCF治疗中传统的颈动脉闭塞方法提供了首个替代方案。DBC后来被用于动脉瘤闭塞和AVM栓塞,在创伤性血管牺牲方面有额外的益处。尽管DBC在很大程度上已被取代,但在一小部分患者中仍然有用,并且由于其比弹簧圈更经济实惠,具有经济优势。这项技术是神经介入史上的一个巨大飞跃,并有助于推动该专业进入当前针对患者的个性化干预时代。