Adomat Franziska, Steffen Dominik A, Suter-Magpantay Laurene, Linka André, Weber Lucas
Department of Radiology and Nuclear Medicine, Cantonal Hospital Winterthur, Brauerstrasse 15, 8401, Winterthur, Switzerland.
Department of Cardiology, Cantonal Hospital Winterthur, Brauerstrasse 15, 8401, Winterthur, Switzerland.
Eur Heart J Case Rep. 2024 Oct 4;8(10):ytae545. doi: 10.1093/ehjcr/ytae545. eCollection 2024 Oct.
Pericardial haemangiomas represent a very rare subset of benign cardiac tumour in an unusual location, posing a diagnostic and clinical challenge. Historically, the definitive diagnosis was achieved through surgical resection or at biopsy. In recent years, multi-parametric cardiac magnetic resonance imaging (MRI) has proven to offer a non-invasive, biopsy-like approach to tumour characterization.
In our case, multimodality imaging was used to characterize a pericardial mass as a haemangioma discovered coincidentally with a brain glioma. Diagnostic certainty was substantially improved through utilization of successive post-contrast bright-blood imaging at cardiac MRI, demonstrating a characteristic enhancement pattern of haemangiomas in direct comparison to the blood pool. Conservative management and mid-term follow-up showed an uneventful clinical course and partial regression of the presumed pericardial haemangioma.
In the presence of typical features and application of individually tailored protocols, multimodality imaging can characterize cardiac tumours and guide patient management so that more invasive measures may be avoided. In our case of a suspected pericardial haemangioma, a conservative strategy was adopted with clinically uneventful course over a 2-year period. Whether this strategy can be applied to other patients with this rare tumour remains unclear, but the case report provides important information about the natural history of this entity and tissue characterization by cardiac MRI.
心包血管瘤是一种非常罕见的良性心脏肿瘤,位于不寻常的位置,对诊断和临床治疗构成挑战。从历史上看,通过手术切除或活检才能实现明确诊断。近年来,多参数心脏磁共振成像(MRI)已被证明可提供一种非侵入性的、类似活检的肿瘤特征分析方法。
在我们的病例中,多模态成像用于将心包肿块特征化为血管瘤,该血管瘤是在发现脑胶质瘤时偶然发现的。通过在心脏MRI中连续使用对比剂增强后的亮血成像,与血池直接对比显示血管瘤的特征性强化模式,从而大大提高了诊断的确定性。保守治疗和中期随访显示临床过程平稳,推测的心包血管瘤部分消退。
在存在典型特征并应用个体化定制方案的情况下,多模态成像可以对心脏肿瘤进行特征分析并指导患者管理,从而避免采取更具侵入性的措施。在我们怀疑心包血管瘤的病例中,采取了保守策略,在两年期间临床过程平稳。这种策略是否可应用于其他患有这种罕见肿瘤的患者仍不清楚,但该病例报告提供了有关该实体自然病史以及通过心脏MRI进行组织特征分析的重要信息。