不同踝关节病理的MRI研究

 Deepti Prakash Jadhav, S. Kondekar
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引用次数: 1

摘要

摘要:简介:本研究的目的是提出一种最先进的踝关节MRI常规方案,提供基于特定临床适应症的问题解决工具,并介绍踝关节超短回波时间MRI的实施原则,包括形态学和定量评估。材料与方法:本研究选取30例(男23例,女24例)以踝关节疼痛、踝关节活动减少、行走困难、踝关节肿胀、踝关节压痛、踝关节创伤为主诉的患者,对其进行了踝关节磁共振成像(MRI)检查。结果:本研究纳入47例不同踝关节疾患的患者,在初步检查和x线平片等基础调查后,对患踝关节进行MRI检查。41 ~ 60岁年龄组病理检出率最高,占46.80%。最常见的受累部位为关节,28例(59.57%)受累。外伤性病因在本研究中更为常见,18例(38.29%),其次是退化性病因11例(23.40%)。损伤最多的是外侧韧带复合体,占83.33%。虽然是人体最强壮的肌腱,但跟腱是最常受伤的踝关节肌腱。结论:由于磁共振成像具有细腻的软组织对比度分辨率、无创性和多平面成像能力,因此它对各种软组织以及骨和骨髓疾病的检测和评估特别有价值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study of Different Ankle Pathologies on MRI
Quick Response Code Abstract: Introduction: The purposes of this study are to present a state-of-the-art routine protocol for MRI of the ankle, to provide problem-solving tools based on specific clinical indications, and to introduce principles for the implementation of ultrashort echo time MRI of the ankle, including morphologic and quantitative assessment. Materials and methods: This study include 30 patients (23 male and 24 female) with different complains of ankle including pain around the ankle, decreased movement of ankle joint, difficulty in walking, swelling around the ankle, tenderness around the ankle and trauma to the ankle underwent Magnetic Resonance Imaging (MRI) of the ankle joint. Results: In our study included 47 patients with different ankle complain were subjected to MRI of the affected ankle after initial examination and basic investigation including plain radiography. Maximum number of pathologies was detected in the age group of 41 to 60 years in 46.80% of the patients. Most common structure involved were joints, it was involved in 28 patients (59.57%). Traumatic etiology was more common in our study and seen in 18 patients (38.29%) followed by degrative etiology in 11 patients (23.40%). Lateral ligament complex was most frequently injured ligament representing 83.33%. Although it is the strongest tendon in the human body, Achilles tendon was the most commonly injured ankle tendon. Conclusion: Because of exquisite soft-tissue contrast resolution, noninvasive nature, and multiplanar capabilities of MR imaging make it especially valuable for the detection and assessment of a variety of soft-tissue as well as osseous and bone marrow disorders.
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