三角纤维软骨复合体 (TFCC) - 解剖、成像和分类,特别关注 CUP 分类。

IF 1.3 4区 医学 Q3 RADIOLOGY, NUCLEAR MEDICINE & MEDICAL IMAGING Rofo-fortschritte Auf Dem Gebiet Der Rontgenstrahlen Und Der Bildgebenden Verfahren Pub Date : 2024-10-01 DOI:10.1055/a-2411-8444
Rainer Schmitt, Andreas Steven Kunz, Paul Reidler, Henner Huflage, Nina Hesse
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引用次数: 0

摘要

近年来,人们已详细认识到 TFCC 的几个组成部分的功能意义。现有的分类有部分不完整。本综述介绍了 TFCC 的解剖和病理解剖。本综述介绍了 TFCC 的解剖和病理解剖,解释了 MRI 以及 MR 和 CT 关节造影上不同类型的 TFCC 病变,并与现有文献进行了比较。此外,还介绍了新颖的 CUP 分类法,并通过图像实例进行了说明。从解剖和功能上讲,必须区分关节盘和桡侧韧带及其尺侧插入部以及结构不均匀的 TFCC 周围。要进行精确成像,需要具有高平面分辨率的薄切片和优化对比度的技术。普通核磁共振成像完全依赖于 T2 对比度,而钆增强核磁共振成像则具有局灶对比度增强的额外优势,例如病变部位的纤维血管修复组织。不过,MR 和 CT 关节造影仍是参考标准,应重点用于适应症。CUP 分类法可对 TFCC 病变进行全面描述和分类,本文对其进行了介绍和说明。- 在解剖学上,TFCC 由尺骨中央椎间盘、背侧和掌侧桡尺韧带以及尺关节囊(包括囊内韧带和半月板同源物)组成。- TFCC最重要的约束结构是蜂窝状薄层,它可稳定DRUJ。该结构是尺骨插入处桡尺韧带的近端(深部)延续。- 由于 TFCC 结构微小,因此其成像需要较高的空间分辨率和对比度。MR 和 CT 关节造影是成像的参考标准。- CUP分类清楚地描述了TFCC的所有结构,并对单个或合并病变模式进行了分类。- Schmitt R、Kunz AS、Reidler P 等人.三角纤维软骨复合体(TFCC)- 解剖、成像和分类,特别关注 CUP 分类。Fortschr Röntgenstr 2024; DOI 10.1055/a-2411-8444。
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Triangular Fibrocartilage Complex (TFCC) - Anatomy, Imaging, and Classifications with Special Focus on the CUP Classification.

The TFCC consists of several components whose functional significance has been recognized in detail in recent years. Existing classifications are partly incomplete. In addition, the TFCC requires specific and dedicated imaging techniques.This review describes the anatomy and pathoanatomy of the TFCC. The different types of TFCC lesions on MRI as well as MR and CT arthrography are explained and compared with the current literature. In addition, the novel CUP classification is presented and illustrated with image examples.Anatomically and functionally, the articular disc and radioulnar ligaments with their ulnar insertions and the inhomogeneously structured TFCC periphery must be differentiated. For accurate imaging, thin slices with high in-plane resolution and techniques to optimize contrast are required. Plain MRI is exclusively dependent on T2 contrast, while gadolinium-enhanced MRI offers the additional benefit of focal contrast enhancement, e.g., of fibrovascular repair tissue at the lesion site. However, the reference standard continues to be MR and CT arthrography, which should be used for focused indications. The CUP classification, which allows a comprehensive description and categorization of TFCC lesions, is presented and illustrated. · Anatomically, the TFCC consists of the central ulnocarpal disc, the dorsal and palmar radioulnar ligaments, and the ulnocarpal joint capsule including intracapsular ligaments and the meniscus homologue.. · The most important restraining structure of the TFCC is the lamina fovealis, which stabilizes the DRUJ. This structure constitutes the proximal (deep) continuation of the radioulnar ligaments at the ulnar insertion.. · Imaging of the TFCC requires high spatial and contrast resolution due to its minute structures. MR and CT arthrography are the reference standard in imaging.. · The CUP classification clearly describes all structures of the TFCC with the categorization of individual or combined lesion patterns.. · Schmitt R, Kunz AS, Reidler P et al. Triangular Fibrocartilage Complex (TFCC) - Anatomy, Imaging, and Classifications with Special Focus on the CUP Classification. Fortschr Röntgenstr 2024; DOI 10.1055/a-2411-8444.

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