Broken Nose (Nasal Fracture): Symptoms and What to Do Next

Common signs include new crookedness, persistent one‑sided nasal blockage, bruising, and a palpable step or instability along the bony bridge. Some patients notice crepitus or an audible crunch with gentle palpation. Early swelling can obscure deformity for 48–72 hours, so reassessment after initial edema subsides is important. A focused clinical exam, including intranasal inspection, determines whether further treatment or imaging is needed.

Urgent evaluation is required for expanding nasal pain, rapidly worsening obstruction, uncontrolled bleeding, visible open wounds, or suspected complex facial fractures. Any concern for a septal hematoma—visible bulging of the septum with increasing pain—constitutes an emergency because it can damage cartilage. The emergency department can stabilize acute bleeding and screen for other injuries, but a facial plastic surgeon should be involved promptly when the septum or nasal framework is compromised. Timely specialist input matters because some procedures have narrow windows for best effect.

A septal hematoma is trapped blood between the septal cartilage and its mucosal lining, often presenting as a tender, bulging mass inside one or both nostrils. Patients typically report worsening blockage and increasing pain despite rest. Because the hematoma can deprive cartilage of nutrition, prompt drainage by a clinician is required to lower the risk of infection, septal collapse, or subsequent saddle deformity. If you suspect a septal hematoma, seek evaluation immediately rather than waiting for spontaneous improvement.

Closed reduction is most effective in the early post‑injury period, commonly within about 1–14 days while the bones remain mobile and before firm callus formation. Exact timing depends on swelling, fracture pattern, and the patient’s clinical status; the exam determines candidacy. After this acute window, ongoing healing and scar maturation make manipulation less predictable and may require delayed reconstructive approaches. Definitive timing and anesthesia choices are set after an in‑person assessment.

Yes. Patients who present late can often improve breathing through staged reconstructive techniques such as septoplasty, nasal valve repair, or septorhinoplasty with grafting. Outcomes depend on the extent of prior cartilage loss, scar tissue, and the fracture pattern. Delayed repair typically waits for edema and soft‑tissue settling, commonly several months, to allow accurate surgical planning. Your surgeon will outline realistic functional goals during an office consultation.

Closed reduction can be performed under local anesthesia with sedation or brief general anesthesia depending on patient comfort and fracture complexity. The procedure itself is brief; perioperative discomfort is generally short‑lived and managed with oral analgesics. Patients should expect congestion and soreness for several days and receive instructions on packing, splints, and activity restrictions. An in‑person visit determines the safest anesthesia strategy for each patient.

Imaging is selective for isolated nasal fractures. Plain X‑rays rarely alter management for simple nasal bone breaks. CT imaging is reserved for suspected comminution, possible adjacent facial or orbital fractures, ambiguous exams, or planning for complex reconstructive surgery. Clinical examination remains the primary triage tool; your surgeon will order imaging only when the results will influence care.

Return to noncontact daily activities is often possible within 1–2 weeks after closed reduction, while avoidance of contact sports is generally recommended for at least six weeks. For full return to high‑impact contact sports the timeline may extend to 8–12 weeks depending on healing, fracture pattern, and the surgeon’s assessment. Protective equipment and individualized clearance from your surgeon are advised. These timelines are general; specific guidance will be provided at follow‑up visits.

Insurance commonly covers medically necessary care such as septal hematoma drainage, treatment of airway obstruction, and functional repair after trauma. Purely cosmetic procedures for appearance alone are typically not covered. Coverage varies by carrier and plan; providing ER records, imaging, and operative notes helps when filing claims. Your consultation will clarify which components of care are likely to be billed as medically necessary versus elective.

Closed reduction realigns recently fractured nasal bones without external incisions. Depending on the injury and patient, it is performed under local anesthesia or under sedation or general anesthesia, and an internal and/or external splint is often placed for a short period afterward to support the bones while they heal. It is generally most feasible within about the first two weeks, before the bones begin to set.

Not necessarily. The window for closed reduction is roughly the first two weeks, while the bones are still mobile. After that, the bones begin to set, and a healed deformity or breathing problem is more often addressed with a planned repair such as septoplasty or septorhinoplasty, frequently several months later once the tissues have settled. An evaluation will clarify which path fits your situation.

When care is medically necessary — for example, septal hematoma drainage or repair of trauma-related airway obstruction — documentation supports the claim. Helpful records include emergency-room notes, any imaging that was obtained, photographs, and clear documentation of nasal obstruction. Functional components may be billed differently from any purely cosmetic changes, and some plans require preauthorization. Coverage varies by carrier and plan.