Plastic surgery restores form and function through reconstructive procedures, cosmetic enhancements, and body contouring.
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Nasal reconstruction is performed in a sterile surgical facility, ranging from an accredited ambulatory center to a central hospital operating room, depending on the complexity of the procedure. The environment is optimized for microsurgical precision, featuring high-intensity lighting and specialized instruments.
The surgical team includes the lead reconstructive surgeon, surgical assistants, and an anesthesia provider. For complex cases involving free flaps or rib grafts, the surgery may last several hours, requiring strict temperature control and pressure point management for the patient.
Safety is paramount. While minor defects can be closed under local anesthesia with oral sedation, major reconstructions employ general anesthesia. This protects the airway and ensures the patient remains perfectly still during delicate dissection.
The anesthesia team uses protocols to minimize bleeding (hypotensive anesthesia) without compromising the blood flow to the flap. They also manage postoperative nausea, which is critical because vomiting can increase pressure in the face and cause bleeding.
The surgery begins with the “template” phase. The surgeon makes a foil or paper template of the defect and transposes it to the donor site (e.g., forehead). This ensures the flap is the exact shape and size needed.
Incisions are made with extreme precision. Beveled cuts are often used to allow the flap edges to inset smoothly with the nasal skin, preventing a “trapdoor” effect. The flap is elevated in a specific plane subcutaneous, submuscular, or periosteal depending on the blood supply requirements.
If structural support is needed, the cartilage is harvested first. Whether from the ear or rib, the graft is carved on a sterile back table. The surgeon acts as a carpenter, creating struts, battens, and tip grafts.
These pieces are assembled into a framework and secured to the remaining nasal bones using permanent sutures. This framework must be rigid. It is the skeleton upon which the soft skin flap will drape. If the skeleton is crooked, the nose will be crooked.
The flap is then rotated and sutured into the defect. This is the “inset.” Tension is the enemy. The surgeon uses fine sutures to approximate the edges without strangling the tissue.
In multi-stage procedures, the pedicle is left intact, bridging over the normal skin. The raw surface of the pedicle may be dressed or skin grafted to keep it clean. The goal of the first stage is simply blood supply and cover; contour comes later.
In many nasal reconstructions, drains are not used in the nose itself to avoid discomfort and scarring. Instead, the surgeon relies on meticulous hemostasis (stopping bleeding) and quilting sutures to close dead space where fluid might collect.
However, if a rib graft was taken or a large forehead flap raised, a small drain might be placed at those donor sites to prevent hematoma. Tissue glues are occasionally used to seal donor site incisions.
For high-risk flaps or free tissue transfer, surgeons use technology to verify blood flow before leaving the OR. Handheld Doppler probes can locate the pulse in the flap.
Fluorescence angiography (SPY) involves injecting a dye and using a specialized camera to visualize blood flow through capillaries. This confirms that the flap tip is viable and allows the surgeon to trim any non-viable tissue immediately.
For patients with a staged forehead flap, the immediate post op period involves managing the pedicle. The tube of skin connecting the eyebrow to the nose must be kept clean and moist. It effectively renders the patient “socially unpresentable” for 3 weeks.
This period requires specific care instructions. The pedicle cannot be kinked or compressed. Glasses cannot be worn. The patient is living with an external supply line that is keeping their new nose alive.
Three to four weeks later, the patient returns for the division surgery. The surgeon tests the flap first by clamping the pedicle. If the nose stays pink, it has its own blood supply. The pedicle is then cut.
The excess tissue is removed, and the upper part of the pedicle is returned to the eyebrow area to restore the brow position. The skin on the nose is thinned and contoured to achieve a refined aesthetic. This is often a shorter, outpatient procedure.
Pain from nasal reconstruction is generally well managed. The nose itself is often numb due to severed nerves. The donor sites especially the rib or forehead tend to be more painful than the nose.
Patients experience significant swelling and bruising around the eyes. This peaks at 48 hours. Breathing through the nose may be difficult due to internal swelling and crusting, necessitating mouth breathing for a few days.
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If the flap turns blue or purple, it means the blood can get in but cannot get out (venous congestion). This is an emergency. You must contact the surgeon immediately. Leech therapy or surgical revision may be needed to save the flap.
You will be instructed to use diluted hydrogen peroxide or saline on a Q-tip to clean the rim of the nostril gently. Do not insert anything deep into the nose. Saline sprays are used to keep the inside moist.
You cannot blow your nose for at least 3 to 4 weeks. Blowing creates pressure that can tear the delicate internal lining, trapping air under the flap (emphysema) and leading to infection.
Yes, taking cartilage from the rib is often the most painful part of the recovery. It feels like a bruised rib or a muscle strain every time you take a deep breath. This soreness can last for a few weeks.
Yes, there will be a scar. However, it is designed to heal as a thin vertical line. Most patients find that after a year, the scar is barely noticeable and is a worthwhile trade-off for having a reconstructed nose.
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