A crush injury occurs when a body part is subjected to prolonged or extreme compressive force, typically from a heavy object. Unlike a simple fracture where only the bone is broken, a crush injury damages multiple tissue types simultaneously: bone, muscle, skin, blood vessels, and nerves. This makes the injury more complex to treat and the recovery more prolonged, because each tissue type heals at a different rate and requires different rehabilitation approaches.

Foot drop is the inability to lift the front part of the foot. It happens when the common peroneal nerve, which controls the muscles that lift the foot and extend the toes, is damaged. This nerve runs close to the fibula bone near the knee and is vulnerable in injuries that affect the outer side of the lower leg. In a crush injury, the nerve can be compressed, stretched, or partially torn by the force of the impact, resulting in weakness or paralysis of the muscles it supplies.

An AFO is a brace worn on the lower leg and foot that holds the ankle in a neutral or slightly dorsiflexed position. For patients with foot drop, the AFO performs the function that the damaged nerve and muscles cannot: it keeps the foot from dropping downward during walking. This prevents the toes from catching on the ground, allows a more normal heel-to-toe walking pattern, reduces fall risk, and improves walking efficiency. The AFO does not treat the nerve injury itself, but it compensates for its effects during functional activities.

For this patient, home-based physiotherapy services offered several practical advantages. The patient had significant mobility limitations and traveling to a clinic five times per week would have been physically demanding and logistically difficult. Home sessions eliminated travel fatigue, allowed the therapist to assess the actual home environment for safety, enabled integration of daily living activities into rehabilitation, and ensured consistent session frequency without the scheduling challenges common in outpatient settings.

Nerve recovery depends on the severity of the injury. In cases of mild nerve compression or stretching (neuropraxia), recovery can occur over weeks to months as the nerve heals. In cases of partial tearing (axonotmesis), recovery is slower and may be incomplete because the nerve fibers must regrow at a rate of approximately 1 millimeter per day. In cases of complete nerve transection, surgical repair may be needed and full recovery is less certain. In this case, the injury was classified as mild, and partial recovery was already observed at 14 weeks, which is a positive indicator. However, full recovery timelines can extend to 12 to 18 months or longer, and some degree of residual weakness may persist.

ORIF stands for Open Reduction and Internal Fixation. “Open reduction” means the surgeon makes an incision to directly access the fractured bone and manually realign the bone fragments into their correct position. “Internal fixation” means the bone is held in place using hardware such as metal plates, screws, or rods that are attached directly to the bone during surgery. This approach was necessary because the fractures were displaced, meaning the bone fragments had shifted out of alignment. Without surgical fixation, the bones would not heal in the correct position, which would lead to deformity, impaired function, and long-term disability.

Recovery timelines vary significantly based on the severity of the injury, the patient’s age and overall health, and the quality of rehabilitation. Tibia fractures in adults typically take 3 to 6 months for initial bone healing. When a nerve injury is also present, the functional recovery timeline extends because nerve healing is much slower than bone healing. In this case, 14 weeks of structured rehabilitation achieved significant functional improvement, but full recovery, particularly of the nerve function, may take considerably longer. Patients should expect a recovery measured in months rather than weeks, with ongoing improvements possible for a year or more after the injury.

Once the patient has achieved clinical stability and the surgical team has cleared discharge, home healthcare is not only safe but often preferable for the rehabilitation phase. Prolonged hospital stays carry their own risks, including hospital-acquired infections, deconditioning from hospital bed rest, and the psychological impact of being in an institutional environment. The key requirement is that the home care must be professional and structured, with appropriate nursing, physiotherapy, and attendant support. This case demonstrates that with proper home healthcare, even a complex injury involving fractures, soft tissue damage, and nerve injury can be managed safely at home with zero complications.

Functional electrical stimulation (FES) is a technique where small electrical currents are delivered through electrodes placed on the skin over the affected muscles or nerves. In foot drop, FES is applied to the common peroneal nerve or the tibialis anterior muscle to cause the ankle to dorsiflex (lift up) at the appropriate time during the walking cycle. It serves two purposes: it helps the patient walk more normally during the stimulation session, and it may help maintain the health of the denervated muscle by preventing atrophy and possibly supporting nerve recovery through repeated activation. FES is used as a complement to, not a replacement for, conventional physiotherapy.

Families can contact professional home healthcare providers who offer integrated services including home nursing, physiotherapy at home, patient attendant services, and medical equipment rental. It is important to choose a provider that can coordinate all these services as an integrated plan rather than offering them in isolation. The care plan should be developed based on the hospital discharge summary and the treating doctor’s recommendations, with regular communication between the home care team and the hospital specialists.