BENEFITS OF ELECTROTHERAPY IN SUBACUTE REHABILITATION FOLLOWING UPPER LIMB TRAUMA

Subacute rehabilitation is a crucial stage for patients with upper extremity trauma-related musculoskeletal impairment. After recent upper limb trauma, stimulative electrophysical modalities can bring about a variety of positive outcomes, the more important when there is also neurovascular damage leading to hand dysfunction. Early rehabilitation following surgery or injury encourages natural tissue healing and can help manage or avoid some posttraumatic complications, thus helping prevent or minimize deconditioning and disability and speeding up recovery. Electrotherapy solutions advisable for acute and subacute rehabilitation address situations where active movement is not yet possible or is limited due to posttraumatic conditions like prolonged inflammatory insult, persistent lymphedema, traumatic peripheral neuropathy, impaired wound healing, disabling pain or secondary psychological distress. They are also helpful when muscle contractile activity, mechanical loading or specific movements need to be restricted to prevent further damage and facilitate tissue integrity restoration. The aim is to present a summary of the primary benefits and advantages of biostimulation using energy supplied by electrotherapy modalities in subacute rehabilitation following upper limb trauma. Early use of passive instrumental physiotherapy with electrophysical agents can help preserve soft tissue flexibility and mobility and prepare muscle fibres for subsequent physical stress. This makes it possible to start occupational therapy and active-assisted and active kinetic programs more quickly. Consequently, electrotherapy helps maximize independence from the beginning of the rehabilitation process and facilitates a quicker return to normal daily living and functional restoration. Intensive physiotherapy can significantly improve and accelerate recovery after major or complex disabling injuries.