A rehabilitation-based injury prevention framework for blind football athletes in Malaysia

Abstract

Blind football is a physically demanding para-sport in which athletes train and compete under complete visual occlusion, thereby relying on proprioception, vestibular feedback, and auditory information for spatial orientation, postural control, and collision avoidance. Consequently, these sensory compensations give rise to distinct neuromuscular loading patterns and injury risk profiles, which are inadequately addressed by injury-prevention frameworks originally designed for sighted athletes. While sport and exercise scientists in Malaysia are increasingly engaging with blind football, there remains a critical absence of an impairment-specific injury-prevention framework. As a result, practitioners frequently apply models developed for sighted athletes without systematically adapting them to the unique sensory and physical demands of visually impaired sport, which limits the effectiveness of injury prevention strategies. This paper presents a theoretically integrated, impairment-specific conceptual framework for injury prevention in blind football, developed as Phase 1 of a Design and Development Research (DDR) study. At this stage, the framework is conceptual and has not yet been empirically validated. The framework synthesises the TRIPP translational model, motor learning theory, and principles of neuromuscular control to propose a multi-stage conceptual pathway linking implementation, neuromuscular adaptation, and injury-related outcomes. Trunk core endurance, operationalised through the McGill Core Endurance Protocol, is prioritised as the primary modifiable physical outcome because trunk stabilisation is theoretically relevant to maintaining postural control during the contact, directional-change, acceleration, and deceleration demands of blind football. The principal contribution of this framework lies in its deliberate transition from a sensory-compensatory to an impairment-specific perspective, thereby addressing limitations associated with the application of frameworks developed primarily for sighted athletes. The proposed framework provides a basis for coaches, rehabilitation professionals, and para-sport policymakers in Malaysia and other low- to middle-income countries to develop contextually appropriate and inclusive injury-prevention strategies.