Cancer Reconstruction (Oncoplastic Surgery)

Cancer reconstruction, also known as oncoplastic surgery, is a highly specialized branch of plastic and reconstructive surgery performed to restore form, structural integrity, and function following the surgical removal (resection) of a tumor. Whether addressing defects from skin cancer, breast cancer, or head and neck tumors, a cancer resection often leaves behind significant tissue gaps, structural voids, or functional deficits.

Working in close tandem with your oncology team, a plastic surgeon builds a tailored structural framework to close these defects. The dual priority of cancer reconstruction is to ensure oncological safety (allowing complete tumor clearance) while simultaneously restoring natural anatomy, physical comfort, and aesthetic wholeness.

Quick Facts

Timing Options

Can be performed simultaneously with tumor removal (immediate reconstruction) or weeks to months after all oncological treatments are complete (delayed reconstruction).

Anesthesia

Local anesthesia with sedation for minor skin cancer defects; general anesthesia for complex breast or head and neck reconstructions.

Stay Required

Outpatient for local skin flaps; 1 to 5 nights in the hospital for complex multi-tissue reconstructions or microvascular free tissue transfers.

Initial Recovery

2 to 3 weeks for primary incision healing; 6 to 8 weeks for deep structural tissue adaptation before resuming high-impact physical activities.

Common Cancer Reconstructions Under the Plastic Surgery Domain

Oncoplastic techniques are highly versatile and are meticulously calibrated based on the anatomical location, depth, and size of the cancer resection:

Skin Cancer & Facial Reconstruction (Mohs Defect Repair)

Following the removal of basal cell carcinoma (BCC), squamous cell carcinoma (SCC), or melanoma, particularly on highly visible areas like the nose, eyelids, lips, or ears, specialized closure is required:

Local Tissue Flaps: Rearranging adjacent, healthy skin and fat into a geometric pattern (such as a transposition or advancement flap) to cover the wound. This ensures a near-perfect match in skin color, thickness, and texture while preserving facial symmetry.
Skin Grafting: Utilizing full-thickness skin grafts harvested from hidden areas (like behind the ear or the collarbone) to close shallow facial defects smoothly.

Post-Mastectomy Breast Reconstruction

Restoring the breast contour after a partial or total mastectomy for breast cancer:

Implant-Based Reconstruction: Utilizing a temporary tissue expander followed by a cohesive silicone gel breast implant to recreate a natural, round breast profile.
Autologous (Tissue) Reconstruction: Using your body’s own living tissue—such as skin, fat, and muscle harvested from the abdomen (DIEP flap) or back (Latissimus Dorsi flap)—to reconstruct a soft, warm, and naturally drooping breast that ages gracefully with you.

Head & Neck Reconstruction

Following resections for oral, jaw, or tongue cancers that disrupt essential, daily mechanics:

Microvascular Free Flap Reconstruction: A sophisticated microsurgical procedure where bone, muscle, or skin is harvested from a donor site (such as the fibula bone in the leg or a forearm flap) along with its feeding blood vessels. Using high-powered surgical microscopes, the surgeon reconnects these microscopic vessels to local blood supply in the neck, permanently restoring structural support to the jaw, palate, or tongue so you can swallow, chew, and speak normally.
Regional Pedicled Flaps (PMMC & DP Flaps): When a patient is not an ideal candidate for long microsurgical free flap procedures, regional pedicled flaps are highly reliable, time-tested structural alternatives. Unlike free tissue transfers, these flaps remain physically attached to their original blood vessels (their “pedicle”) and are simply rotated or tunneled beneath the skin into the nearby head and neck defect site:
- The PMMC Flap (Pectoralis Major Myocutaneous Flap): This flap utilizes skin, subcutaneous fat, and a portion of the pectoralis major chest muscle, keeping its main blood supply (the thoracoacromial artery) completely intact. The chest tissue is raised and tunneled upward over the collarbone into the neck or oral cavity. It is best used for reconstructing large defects in the floor of the mouth, base of the tongue, or pharynx, and providing robust, heavy-duty soft tissue coverage to safeguard major neck arteries following high-dose radiation therapy.
- The DP Flap (Deltopectoral Flap): A specialized skin and fat flap harvested horizontally from the upper chest and the front of the shoulder, supplied by the internal mammary perforating arteries near the breastbone. It is rotated upward into the neck or lower face. Because it does not contain muscle, it is significantly thinner than a PMMC flap and is best used for resurfacing defects of the external neck skin, lower face, or lining the pharynx and cervical esophagus. In some cases, it is performed as a staged procedure where the base of the rotated skin flap is divided and neatly inset into its final position 3 to 4 weeks later once an independent local blood supply is established.

The Collaborative Approach to Your Treatment

Step 1: The Pre-Oncological Blueprint: The reconstructive surgeon evaluates your physical anatomy, systemic health, and lifestyle goals prior to tumor removal, coordinating directly with your surgical oncologist or Mohs dermatologist.
Step 2: Definitive Tumor Clearance: The oncology surgeon first removes the tumor, ensuring that all margins are completely clear of cancer cells.
Step 3: Tissue Engineering & Reconstruction: The reconstructive surgeon immediately steps in to fill the structural void, meticulously layer-stitching deep tissues to minimize physical tension on the skin surface.
Step 4: Managing Adjuvant Therapy: The reconstructive plan explicitly accounts for whether you require post-operative chemotherapy or radiation, ensuring structural repairs are robust enough to withstand downstream oncological treatments safely.

The Recovery & Healing Milestones

START

Weeks 1 to 3

Primary Incision Healing & Flap Monitoring

Sensation: Expect widespread localized swelling, bruising, and a deep, tight ache across both the reconstruction site and any separate tissue donor sites (such as your chest or abdomen). This is comfortably managed with prescribed pain medications.
Drain Management: For extensive breast, abdominal, or neck reconstructions, soft surgical drains may be placed to remove excess fluid retention. These are easily monitored at home and are comfortably removed in the clinic within 7 to 14 days.
Flap Checks & Positioning: If a regional pedicled flap (PMMC or DP) was utilized, the surgical team will closely monitor the skin color and warmth of the rotated tissue to ensure its vital blood flow is pristine. You must sleep with your head elevated and slightly turned toward the side of the flap to minimize mechanical tension on the pedicle.

Weeks 4 to 8

Structural Stabilization & Motion Therapy

Supporting the Contour: You will wear specialized post-surgical support garments (such as a medical surgical bra or an abdominal binder) 24/7 to control swelling and keep newly transferred tissue planes flat and immobilized.
Stage 2 Flap Division (If Required): If your DP flap requires a secondary separation, this short outpatient procedure is performed around week 3 or 4 to divide the skin bridge and flatten the final repair line.
Mobility Progression & Rehabilitation: Gentle walking is highly encouraged early on to promote healthy blood circulation. Avoid any heavy lifting, pushing, pulling, or sudden twist extensions until week 6. For regional chest flaps, gentle, progressive stretching exercises are initiated under medical guidance during this window to reverse shoulder or neck stiffness and restore complete, comfortable mobility.

Months 3 to 12

Long-Term Maturation & Fading

Tissue Softening: Deep surgical swelling drops off steadily over 3 months, allowing the reconstructed area to settle into its definitive shape, texture, and consistency.

Scar Management: Once incisions are completely closed, our practice introduces aggressive scar management protocols—including medical-grade silicone gel, targeted cross-friction massage, and specialized lasers—to soften and fade the incision marks over a 12-month lifecycle.

Side Effects vs. Warning Signs

Expected Normal Symptoms	Warning Signs (Call the Clinic Immediately)
Widespread localized swelling, bruising, and skin tightness across the repair zones	A reconstructed breast, flap, or skin graft that suddenly turns dark purple, dusky blue, pale white, or feels icy cold to the touch
Moderate asymmetry or a noticeable bulge where a regional muscle rotates over the collarbone	Sudden, massive swelling or severe, rigid hardening on one side of the body
Temporary numbness or altered sensation around the surgical incisions and chest/abdominal donor sites	Foul-smelling fluid, spreading heat, or intense, dark redness over the skin boundaries
Light pink or clear fluid tracking lightly onto dressings	A sudden opening, popping, or separation of the incision edges during movement. A fever rising above 101°F (38.3°C)

Frequently Asked Questions (FAQ's)

Trusted guidance to help you feel informed and confident about your surgical journey..

No. Extensive clinical studies have definitively proven that modern cancer reconstruction does not mask or delay the detection of a local cancer recurrence. Standard follow-up evaluations, including clinical exams, mammograms, or high-resolution imaging, can still be performed safely and accurately around reconstructed tissues and breast implants.

This depends entirely on your specific tumor type, its stage, and whether you require post-operative radiation therapy. If radiation is required, it can sometimes cause tissue shrinkage or harden implants; in these clinical scenarios, your team may recommend a delayed reconstruction strategy—or placing a temporary tissue expander—to allow your body to fully heal from radiation before finalizing your permanent contour.

A DIEP flap is an advanced autologous technique where skin and fat are harvested strictly from your lower abdomen (similar to a tummy tuck) without cutting or sacrificing any of your abdominal core muscles. Unlike implants, which are synthetic and may require replacement down the road, a DIEP flap uses your own living tissue, resulting in a breast that feels entirely natural, responds to your natural weight fluctuations, and lasts a lifetime.

The PMMC flap is a highly resilient, dependable workhorse in reconstructive surgery because of its robust blood supply. Because it brings muscle and fat from the chest up into the neck, it adds protective bulk, which is excellent for filling large structural voids or shielding major blood vessels after radiation. The primary trade-off is that it can create a localized fullness over the collarbone and initially cause some stiffness or weakness in shoulder and arm elevation. This is highly manageable and typically resolves beautifully with a targeted post-operative physical therapy and stretching routine.

Moving tissue requires an incision at both the cancer site and the donor site. Plastic surgeons design these incisions meticulously, hiding donor sites within natural boundaries—such as low on the bikini line for abdominal tissue, horizontally along the chest hair/undergarment line for a PMMC or DP flap, or within the natural crease lines of the face. With consistent use of medical-grade silicone sheets and proper sun protection, these scars flatten and fade to faint lines over 12 months.