Immobilization, Elevation, and Swelling Management
- Wrist surgery discharge instructions must specify the immobilization device applied, the expected duration of immobilization, and the instructions for device care. Common post-operative immobilization devices for wrist surgery include volar or sugar-tong plaster splints for the immediate post-operative period after distal radius ORIF, thumb spica casts for scaphoid fracture fixation, and post-operative dressings with a removable wrist brace for carpal tunnel release and wrist arthroscopy without bony work. Instructions must document whether the immobilization device is removable, the conditions under which it may be removed (for example, for hand therapy exercises prescribed by the surgeon), and the instructions for reapplication.
- Elevation instructions are a required component of wrist surgery discharge documentation, as gravity-dependent edema in the operative upper extremity delays wound healing and can contribute to digital stiffness and post-operative pain. Patients should be instructed to elevate the operative hand and wrist above the level of the heart for the first 48 to 72 hours after surgery, using pillow support during rest and sleep. Patients discharged following distal radius ORIF or other procedures with substantial soft tissue manipulation may benefit from elevation guidance extending through the first 1 to 2 weeks. Instructions should describe the expected pattern of digital swelling and the swelling or hand tightness characteristics that indicate a potential complication requiring provider contact.
- Digital range of motion exercises are routinely prescribed after wrist surgery to prevent stiffness in the fingers and to maintain tendon gliding within the operated region. Discharge instructions must specify whether finger range of motion exercises are prescribed in the immediate post-operative period, the frequency and type of exercises recommended, and whether these exercises should occur with the splint or brace in place or only when the device is removed. For distal radius ORIF patients, gentle composite finger flexion and extension exercises beginning in the first 24 to 48 hours reduce the risk of digital contracture and extensor or flexor tendon adhesion without compromising fracture fixation. Instructions should distinguish the digital exercises the patient should perform independently from the exercises to be prescribed and supervised by a hand therapist at formal rehabilitation.
- Ice and cold therapy instructions reduce post-operative pain and edema but must account for the insulating effect of the cast or splint material. Patients with cast or posterior splint immobilization should be instructed to apply ice packs to the dorsal surface of the cast or splint, not directly to the skin, and to limit application to 20-minute sessions with at least 20 minutes between applications to prevent frostbite or thermal injury to insensate skin. Patients discharged with removable braces may apply ice packs to the wrist region without the brace in place for the same duration. Ice therapy guidance should specifically note that patients with decreased sensation in the operative hand, which may occur after carpal tunnel release or procedures near the median or ulnar nerve, should take particular care to avoid prolonged cold exposure.
Neurovascular Monitoring and Compartment Syndrome Awareness
- Neurovascular monitoring instructions are essential in wrist surgery discharge documentation, particularly for procedures performed on or near the median nerve, the ulnar nerve, and the radial sensory nerve. Carpal tunnel release discharge instructions must address expected post-operative sensory changes in the median nerve distribution (thumb, index, middle, and radial ring finger), distinguishing the transient sensory alteration that commonly occurs in the first weeks after surgery from new or worsening sensory deficit that requires provider contact. Patients should be advised that some numbness or tingling is expected in the days immediately after carpal tunnel release and does not represent a new nerve injury, but that new weakness in thumb opposition or thenar atrophy developing after surgery requires prompt evaluation.
- Compartment syndrome awareness instructions are required for wrist and forearm surgery discharge documentation, particularly after distal radius ORIF with significant post-operative swelling or casting in a tight circumferential dressing. Forearm compartment syndrome is a surgical emergency that presents with pain disproportionate to the expected post-operative level, pain with passive finger extension or flexion, digital paresthesias, hand pallor or mottling, and a tense or rigid forearm. Discharge instructions should specify that pain worsening rather than improving despite prescribed analgesics, combined with hand numbness or discoloration, requires immediate emergency department evaluation rather than outpatient contact, as compartment syndrome requires emergent surgical decompression.
- Cast and splint pressure monitoring instructions should specify the signs of cast-related pressure injury or excessive tightness requiring prompt provider contact. A cast or splint applied to a swelling extremity may become too tight as swelling increases in the first 24 to 48 hours after surgery. Patients should be instructed to contact the provider if they experience increasing pain, severe digital swelling beyond the cast edges, numbness or tingling in the fingers, blanching or bluish discoloration of the fingertips, or inability to move the fingers while in the cast. Instructions should specify the after-hours contact process for these symptoms, as cast-related vascular compromise can progress rapidly.
- Hardware-related symptom monitoring applies to patients who underwent distal radius ORIF with volar locking plate fixation or scaphoid fixation with a compression screw. Patients should be advised of the expected hardware-related symptoms (mild aching at the hardware site with weather changes or with sustained gripping) that are normal versus the symptoms that may indicate hardware complication: prominent hardware at the flexor tendons, triggering or clicking with finger motion, acute worsening of wrist pain at the hardware site, or skin erythema and warmth overlying the hardware. Volar locking plate hardware prominence that causes flexor tendon irritation is a recognized complication of distal radius ORIF and may require hardware removal after fracture healing, typically at 12 to 18 months post-operatively.
Rehabilitation Planning and Return-to-Activity Milestones
- Hand therapy referral documentation must be included in wrist surgery discharge instructions where formal outpatient occupational or physical therapy is part of the post-operative plan. For distal radius ORIF with volar locking plate fixation, hand therapy typically begins at 2 to 6 weeks after surgery with active wrist range of motion exercises under therapist supervision, with strengthening added after radiographic confirmation of fracture healing at 8 to 12 weeks. For carpal tunnel release, formal hand therapy is not always required but may be indicated for patients with significant pre-operative thenar weakness, post-operative scar hypersensitivity, or delayed sensory recovery. Discharge instructions should specify whether a hand therapy referral was placed, the timing of the initial therapy appointment, and the goals of the initial therapy phase.
- Return-to-work timeline documentation must address sedentary and manual labor occupational demands separately, as wrist surgery return-to-work guidance varies substantially by job type. For carpal tunnel release, return to light-duty or sedentary work is typically possible within 1 to 2 weeks, while return to heavy manual labor with the operative hand typically requires 4 to 8 weeks and may depend on grip strength recovery confirmed at follow-up. For distal radius ORIF, return to sedentary work may begin at 2 to 4 weeks with appropriate splinting, while manual labor return may require 3 to 6 months depending on fracture healing and grip strength recovery. Discharge instructions must specify that return-to-work determinations depend on clinical and radiographic findings at follow-up, not on the general timelines communicated at discharge.
- Driving restriction documentation is required for wrist surgery patients and must specify the duration of the restriction and the basis for lifting the restriction. Patients should not drive while immobilized in a cast or splint on the dominant hand, and driving with a non-dominant hand restriction requires assessment of individual patient driving adaptation capability. The American Academy of Orthopaedic Surgeons has noted that operative hand immobilization impairs driving safety, but specific restriction duration guidelines are procedure-dependent and should reflect the surgeon's clinical judgment based on the procedure performed, the limb affected, and the patient's occupation. Discharge instructions must specify the process for the patient to receive driving clearance at follow-up rather than leaving the decision to the patient.
- Grip strength recovery milestones and functional expectations should be included in discharge instructions to allow patients to distinguish expected recovery from a plateau or regression that warrants provider contact. After distal radius ORIF, grip strength recovery to 50 to 70 percent of the contralateral side is typically achievable by 3 months and approaches near-symmetry by 6 to 12 months in most patients, according to published orthopedic outcomes literature. After carpal tunnel release, grip and pinch strength recovery depends on the severity of pre-operative median nerve compression, with patients with severe pre-operative thenar atrophy recovering strength more slowly. Discharge instructions should specify the follow-up assessment timeline for functional recovery review and the criteria for referring to hand therapy if recovery lags expected milestones.