De Castro Correia Miguel, Rodrigues Lopes Tiago
Physical Medicine and Rehabilitation, North Rehabilitation Center, Vila Nova de Gaia, PRT.
Cureus. 2022 Dec 27;14(12):e32987. doi: 10.7759/cureus.32987. eCollection 2022 Dec.
The is a thick and strong group of longitudinal and transverse bands of collagen-rich tissue, consisting of central, medial, and lateral fascicles. Biomechanically, the central fascicle assumes a special role in medial longitudinal foot arch preservation. However, there is scarce data on medial and lateral fascicles' anatomy and pathology in the literature. We report the case of a 27-year-old male professional soccer player who presented with sudden-onset, severe lateral right rearfoot pain that had started while doing linear sprinting practice. The athlete had no relevant medical history and no history of previous right foot injuries. The radiographic study of the right foot revealed no significant changes. MRI showed a high T2 signal partially interrupting the lateral fascicle low signal, consistent with a lateral fascicle rupture. The rehabilitation program was initiated and included pharmacological and non-pharmacological management. He experienced an extremely favorable evolution of his condition with the absence of pain and partial weight bearing in less than one week, with a full return to sports in approximately two weeks. During dynamic foot movement, the lateral fascicle seems to be less biomechanically recruited compared to the central one; however, the strain is not negligible and might be the reason for the pathology. Still, this slightly decreased strain might explain this injury's faster healing time compared to that associated with the central fascicle. Regarding the risk factors for ruptures, it should be kept in mind that a tear might occur even in their absence. We intend to raise awareness about the existence of lateral fascicle and the possibility of associated pathology, either acute or chronic. Hopefully, in the near future, ruptures will get significantly more attention in the literature, enabling the creation of proper management guidelines.
它是一组厚实且强壮的富含胶原蛋白的纵向和横向组织带,由中央、内侧和外侧束组成。从生物力学角度来看,中央束在维持内侧纵弓方面起着特殊作用。然而,文献中关于内侧和外侧束的解剖结构及病理学的数据却很稀少。我们报告了一例27岁男性职业足球运动员的病例,他在进行直线短跑训练时突然出现右后足外侧严重疼痛。该运动员无相关病史,且右脚既往无受伤史。右脚的影像学检查未发现明显变化。磁共振成像(MRI)显示高T2信号部分中断外侧束低信号,符合外侧束破裂。康复计划随即启动,包括药物和非药物治疗。他的病情进展极为良好,不到一周疼痛消失且可部分负重,大约两周后完全恢复运动。在足部动态运动过程中,与中央束相比,外侧束在生物力学上似乎较少被募集;然而,其应变不可忽略,可能是导致病变的原因。尽管如此,这种略微降低的应变可能解释了与中央束相关损伤相比,此次损伤愈合时间更快的原因。关于外侧束破裂的危险因素,应牢记即使在没有危险因素的情况下也可能发生撕裂。我们旨在提高人们对外侧束的存在以及相关急性或慢性病理情况可能性的认识。希望在不久的将来,外侧束破裂在文献中能得到更多关注,从而制定出合适的治疗指南。