Key Takeaways

• Fat transfer breast reconstruction utilizes your own fat to rebuild volume and define contour, providing a natural touch and eliminating foreign implants and implant-associated risks.
• The procedure is a three-step process: harvesting, processing, and injection with gentle liposuction, purification, and layered reinjection to optimize graft survival and cosmetic result.
• Best candidates have ample donor fat and healthy skin flaps and should be aware that multiple sessions may be necessary to achieve the volume and symmetry they desire.
• Risks of fat necrosis, oil cysts, calcifications, and partial resorption are generally lower for infection and scarring than implant or flap surgery. Meticulous technique and aftercare minimize complications.
• One practical consideration that impacts results is donor site quality, prior radiation or surgery, surgeon experience, and postoperative care. Patients should still discuss recovery time, costs, and implications for imaging with their surgical team.
• Emerging science such as cell enrichment and tissue engineering may enhance long-term fat survival and allow for larger reconstructions. These strategies are still investigational and need to be addressed when planning.

Fat transfer breast reconstruction natural option is a procedure that utilizes the patient’s own fat to rebuild breast volume post-mastectomy or lumpectomy. It takes the fat from your body, refines it, and then deposits it into the breast to give it a better shape and more symmetry.

There is less foreign material, a softer feel, and minimal scarring. Candidates and results differ case by case. The body discusses the process, dangers, and recuperation.

Overview

Fat transfer breast reconstruction is a natural option utilizing autologous fat grafting to restore breast contours following mastectomy or lumpectomy. The concept is to transfer a patient’s own fat from one area of the body to the breast to reconstruct the volume and shape rather than using implants.

Let’s talk about what this method is, how it works, what it targets, and what patients can expect before, during, and after treatment.

Concept

Fat grafting begins with liposuction to collect fat from donor sites like the stomach, flanks, or thighs. The extracted tissue is then processed and purified, isolating healthy fat cells and discarding blood, oil, and fluid.

Surgeons then inject the sculpted fat into the breast through tiny incisions, layering it to create a natural breast mound. Fat cells that have been transferred need to develop a blood supply in their new environment and those that thrive integrate with the breast tissue of the patient and provide a soft, malleable feel reminiscent of natural breast tissue.

It’s a slow integration. Swelling will mask the ultimate contour in the beginning, and the transplanted fat adjusts over months during which some of it can be reabsorbed. For certain patients, fat transfer can reconstruct an entire breast or be used to enhance shape and symmetry following implant or flap reconstruction.

Compared with flap surgery or implant placement, fat grafting is less invasive. It avoids large incisions and the movement of muscle or skin from distant sites. The process is most often performed with general anesthesia, although local anesthesia with sedation can occasionally be utilized. Normal run time is approximately one to two hours.

We observe patients in recovery and the majority of them go home the same day. Initial management is bed rest and arm and chest limited activity for the initial 24 to 48 hours. Final results become clearer over a few months as swelling subsides and grafted fat establishes circulation.

Goals

The main objectives are to sculpt the shape and improve comfort while maintaining the simplicity and naturalness of the repair.

• Restore breast volume lost to surgery or illness.
• Improve breast symmetry between sides.
• Create a natural contour and soft feel.
• Minimize visible scars and surgical footprint.
• Maximize long-term aesthetic outcomes and patient satisfaction.

More than just shape, one of our primary goals is to enhance quality of life and body image for reconstruction patients. Recovery is typically shorter than for major flap procedures, and many are back to normal activities within two to three weeks.

Some loss of transferred volume is inevitable and tends to plateau after three to six months. Therefore, subsequent sessions can be scheduled to achieve the intended outcome.

Techniques

Fat transfer breast reconstruction is built on three core steps: harvesting, processing, and injection. All of these steps combined mobilize a patient’s own fat to the chest in an effort to restore volume and contour with the least amount of foreign material. Fine techniques and surgical artistry determine how much fat survives, how the breast feels, and if you’ll need touch-up sessions.

Harvesting

Low-trauma liposuction is the best means of removing viable fat cells. It employs mild suction and tiny cannulas to minimize cell destruction and maintain the fat’s integrity. Typical donor sites are the abdomen, flanks, thighs, and buttocks, among others, with selection based on fat availability, patient morphology, and aesthetic objectives.

Choosing donor sites finds equilibrium between volume requirements, appearance compromises, and healing. The surge in fat transfer highlights patients' desire to use their own tissue instead of implants.

Processing

Harvested fat is purified to separate blood, oil, and nonfat components prior to transfer. Centrifugation or filtration is typical, as centrifuges spin samples and isolate layers, and filters wash and strain the tissue. Processed fat has to be managed in an aseptic fashion to reduce the risk of infection and maintain graft quality.

Optimal processing increases the likelihood of graft take and durability. Reported retention rates fluctuate, often around 50 to 70 percent, so starting bulk and technique are designed to compensate for anticipated resorption. Neat technique and gentle handling minimize trauma and assist grafts to survive.

Injection

Fat is injected in small aliquots, with several passes to optimize contact with healthy tissue and enhance revascularization. Surgeons employ small incisions and thin cannulas to minimize trauma and scarring. Meticulous layering, inserting thin ribbons of fat on different planes, enhances vascular ingrowth and survival.

Step-by-step injection process:

1. Mark target zones and plan tunnels for graft placement.
2. Create small puncture sites and thread fine cannula down predetermined tracts.
3. Back up and lay down little bundles of fat in layers.
4. Mould gently and assess symmetry; close incisions.

This staged, careful method reduces central fat necrosis and enhances contour.

Variations

Concurrent fat grafting with implant placement refines shape and enhances soft-tissue coverage. Large volume fat grafting can reconstruct an entire breast in select patients, and partial reconstruction addresses contour defects following lumpectomy.

They do secondary fat grafting for revisions or to smooth implant edges. Other surgeons pair fat transfer with perforator flap techniques, like the DIEP flap or 4-flap, to introduce dependable tissue while maintaining muscle.

Recovery is frequently brief, with most resuming normal activities in two to three weeks.

Comparison

Fat transfer breast reconstruction utilizes the patient’s own fat cells to rebuild volume and shape following mastectomy, in comparison with implant and flap-based reconstructions. The subsections below parse method distinctions, anticipated results, and challenges to assist readers in considering options by invasiveness, recuperation, long-term upkeep, and probable appearance.

Method differences

Fat transfer uses autologous fat harvested by liposuction from donor sites (e.g., abdomen and thighs) and injected into the breast bed. Implants rely on artificial devices inserted beneath the pectoral muscle or breast tissue, offering controllable volume increase.

Flap surgeries transfer blood-supplied tissue (skin, fat, sometimes muscle) from a different part of the body to form a breast mound. Fat grafting bypasses risks unique to implants, like capsular contracture, implant rupture and migration, and the insertion of a foreign body.

Flap reconstructions are more extensive. They require longer operative time, microsurgery in many cases, and a second surgical site with its own healing needs. Fat grafting can assist thin mastectomy flaps by adding soft tissue or camouflaging contour deformities about implants.

It carves out donor sites, so patients receive contouring benefits wherever fat is extracted. Implants can give more immediate increases in volume and are preferred when a big size jump is wanted.

Outcomes

Fat transfer usually gives a natural breast look and feel since surviving fat commingles with the native tissues. Implants provide a more augmented look. Flap reconstructions can perfectly mimic native tissue but may alter donor-site function or shape.

Multiple fat grafting procedures are typically required, as only approximately 50 to 80 percent of transplanted fat persists after the long term, with reabsorption rates reported between approximately 20 to 50 percent. Staged additions of existing tissue are typical when seeking a modest volume augmentation.

Implants generally achieve final volume in a single procedure but may require replacement every 10 to 15 years.

Checklist of potential outcomes after fat transfer:

• Subtle to moderate volume gain
• Softer, more natural tissue feel
• Improved donor-site shape
• Possible need for repeat sessions
• Permanent result once graft stabilizes

Patient satisfaction with AFG is overall good, especially among recipients who value natural texture and donor site enhancement.

Complications

Fat transfer risks include fat necrosis, oil cysts, localized calcifications, and partial fat loss. These can mimic lumps or mammogram findings that require attentive follow-up. Infection and visible scarring are generally less than with implant surgery, although liposuction creates small scars at donor sites.

A bad injection technique or overfilling can lead to contour irregularities and lumps. Mammography and other breast imaging can demonstrate benign post procedure changes. Radiologists have to differentiate these from signs related to malignancy, so excellent documentation and communication are critical.

Recovery for both approaches is under anesthesia and typically requires 1 to 3 hours of operative time, depending upon case complexity, with mild to moderate discomfort and swelling for 1 to 2 weeks. Long-term maintenance differs: implants may require revision at 10 to 15 years, while surviving transferred fat tends to be permanent.

Natural Results

Fat transfer breast reconstruction utilizes the patient’s own fat to rebuild a breast that looks and feels like native tissue. Results depend on how well the grafted fat assimilates with local tissue and the patient’s anatomy. Final volume and texture take time to show.

Swelling must settle and the transferred fat needs weeks to months to reestablish blood supply. Most patients experience the actual result around the 3 to 6 month mark and some need more than one session as the body can absorb some of the grafted fat.

Texture

Fat-grafted breasts feel more like natural breast tissue than implants. Transferred fat fuses with the native tissue and softens the breast mound. The breast moves and compresses like natural glands and fat.

This integration minimizes the risk of rippling or the firm, capsule-bound sensation that occasionally develops with implants. Texture improvements are most apparent when the skin envelope is thin. In those cases, the contrast between an implant edge and a smooth fat layer is obvious.

Because the graft becomes living tissue, sunken or scarred areas can acquire suppleness, rendering the surface both softer and more even to the touch.

Contour

The fat grafting enables us to precisely sculpt the breast mound and its slope. A surgeon can lay small doses of fat to create volume where required, fix contour imperfections, and enhance symmetry between both sides.

This control sculpts the lateral breast border and upper pole into a soft, natural slope as opposed to a rounded, fake appearance. Fixing deformity—be it post-mastectomy indentations or congenital asymmetry—typically necessitates staged injections.

Contour transformation is subtle and customizable across multiple treatments to achieve the half- to full-cup size enhancement preferred by many perfect recipients. Whether it’s filling an indented medial fold, smoothing a radiated chest wall, or restoring upper pole fullness.

Factors

Harvestable fat, skin envelope integrity, and local blood supply strongly influence results. Smoking, previous radiation, and extremely thin tissues all seem to decrease fat survival and increase the likelihood of having to go back for additional procedures.

Surgical technique and the clinician’s experience play a large role in retention. Careful, layered microinjection enhances graft take. It depends on retention, but most studies see something like 50 to 70 percent long-term survival of transferred fat.

Make a checklist: donor volume, recipient site quality, smoking status, radiation history, and surgeon experience to guide realistic expectations and planning.

Candidates

Fat transfer breast reconstruction is a natural option for individuals who desire modest size change, improved shape, or reconstruction after mastectomy, lumpectomy, or implant removal. Candidates generally desire results that mimic the appearance and sensation of natural breasts more than implants. They understand that fat grafting averages an increase of approximately one cup size per treatment.

Evaluation starts with an on-site evaluation of your body fat, skin elasticity, surgical history, and treatment goals.

Eligibility

Candidates must have sufficient donor fat and viable skin flaps to sustain graft survival. Most patients have liposuction from their abdomen, flanks, or inner thighs to harvest the fat for the breast injection. This process creates a ‘bonus’ slimming effect at the donor site.

It is essential to exclude active cancer or cancer treatment and delay the procedure until oncologic clearance. Fat grafting works for primary reconstructions as well as revisions after implants, capsular contracture, or contour defects.

Run through a donor fat volume, skin flap health, cancer status, smoking, diabetes, and controlled expectations checklist before you proceed.

Anatomy

Breast size, shape, and the soft tissue envelope shape the surgical plan and likely result. Thin patients with low body fat may need several fat grafting sessions or consider an implant-based approach. Limited donor tissue reduces immediate volume gain.

Previous surgeries, scars, and prior radiation therapy can reduce fat graft survival and change where grafts take. These factors may require staged sessions or adjunctive techniques like scar release.

Donor site quality matters; scarred or fibrotic fat yields fewer viable grafts. Evaluate donor areas with simple measures, such as pinch tests and body composition estimates, to predict harvestable volume.

It is important to explain that the body can reabsorb roughly 20 to 50 percent of transferred fat, so planned overcorrection or multiple sessions may be necessary.

Contraindications

• Not enough fat to harvest for a significant breast volume increase.
• Active cancer or ongoing cancer treatment without clearance.
• Significant comorbidities like uncontrolled diabetes, bleeding disorders, or major cardiovascular disease.
• Heavy smoking or factors that impair wound healing.
• Unrealistic expectations for significant enlargement or a single-stage implant equivalent outcome.

Patients that cannot or will not go through potentially multiple procedures might not be good candidates. Condense contraindications into a quick clinic reference table.

Always counsel candidates that fat grafting is optimal when they desire subtle enhancement instead of dramatic enlargement. Check with a professional to verify and potentially plan staged treatments.

Safety and Risks

Fat transfer breast reconstruction is safe but not completely risk-free. Knowing the usual and rarer perils, how those dangers stack up against implants or flap surgery, and decisions teams make to mitigate issues empowers patients and clinicians to make smart decisions. With the right technique and prudent patient selection, the risk of side effects decreases. New long-term data support fat grafting as a feasible reconstructive choice. Continued monitoring and transparent records are necessary.

Common risks

Fat necrosis, infection, hematoma, and contour irregularities are among the most common complications after fat grafting. Fat necrosis can develop into a firm nodule or lump that can mimic the feel of cancer on exam. Up to 70% of fat cells that don’t develop a new blood supply will perish, and the body clears those cells out over around three months.

Only about 30% of grafted fat typically survives long term. Partial resorption means that many patients require a second grafting session to achieve their desired volume. Repeat procedures increase cumulative risk. Calcifications can be visible on mammograms; some fat graft-related calcifications may be indistinguishable from cancer-related calcifications, making interpretation difficult.

Donor sites often exhibit bruising, swelling, or temporary asymmetry. Occasionally, grafting can cause alterations that prompt false-positive biopsies or mask detection on subsequent screening, a significant concern for younger women who will have mammograms down the road.

Risk reduction

Meticulous surgical technique and gentle fat handling minimize cell trauma and maximize graft take. Small volume injections, multiple passes, and layered placement increase surface area for revascularization and can boost the approximately 30% survival rate of transferred fat.

Compression garments post-liposuction assist donor site healing and control swelling, reducing infection risk and aiding recovery. One practical step is for surgical teams to adopt a checklist addressing patient selection, anticoagulation status, antibiotic plans, injection volumes per session, and imaging plans.

This checklist promotes consistency of practice and reduces preventable errors. By choosing patients with reasonable expectations and sufficient donor fat, and spacing sessions to accommodate the three-month remodeling window, we minimize the risk of wasteful redo work.

Monitoring

Routine check-ups evaluate breast contour, size, and any indications of side effects. Mammography or ultrasound are typically employed to track fat necrosis, calcifications, or any suspicious abnormalities, and radiologists should be aware that fat grafting was performed previously.

Early identification of hematoma, infection, or large fat necrosis can be addressed quickly, preventing larger issues. Teams should record all postoperative findings, imaging reports, and patient symptoms for quality assurance and to assist in interpreting subsequent screening studies.

Advanced Science

Fat grafting for breast reconstruction straddles plastic surgery and regenerative medicine. Recent work pushes beyond fat transfer alone towards biologic enhancement by increasing graft survival, restoring vascular networks, and rebuilding a durable, natural-feeling breast mound. The subsequent sub-sections address present-day cell enrichment methods, tissue-engineered approaches, and clinical evidence base by providing examples and highlighting key data to demonstrate the state of the field.

Cell enrichment

Adding cells or growth cues to lipoaspirate can increase the chances that transplanted fat lives and integrates with the host tissue. Researchers try adding ADSCs, SVF, or growth factors to enhance integration and minimize resorption. It finds that cultured mature adipocytes can be expanded in vitro but eventually reach cellular senescence, with a population doubling time of approximately 55.84 ± 17.63. This restricts unlimited growth and allows medicinal harvests for enhancement.

Conditioned media with signaling molecules is one other path. For instance, MCP-1-containing medium encourages angiogenesis and sustains initial graft perfusion. Application of cultured mature adipocytes and MCP-1 conditioned medium resulted in a mean engraftment rate of 99.16 ± 4.00% in published series and increased patient satisfaction (VAS 9.24 ± 1.04). Enriched grafts demonstrate indications of improved tissue regeneration and expedited healing in animal and limited human studies.

Existing methods encompass enzymatic digestion to extract SVF, mechanical processing to enrich cells, cell culturing for ADSC expansion, and conditioned media. Each has trade-offs. Enzymatic methods yield more cells but face regulatory limits in some countries. Mechanical methods are simpler but may give lower cell counts.

Tissue engineering

By combining fat with scaffolds or bioprosthetic matrices, the goal is to provide a template to support vascular ingrowth and maintain shape. Scaffolds, either natural (collagen, decellularized extracellular matrix) or synthetic (porous polymers), can be used to contain fat in a defined shape while host vessels grow in. The objective is a robust, vascularized breast mound that retains volume on the same flap without multiple surgeries.

Tissue engineering might enable even larger reconstructions by offering structural support to what would otherwise be soft fat. Early studies employ 3D-printed or hydrogel scaffolds seeded with cells or fat. In challenging cases, such as post-radiation or large defects, pairing fat grafting with engineered scaffolds is exciting and under active investigation. Only larger clinical trials will tell us if these approaches can rival or surpass implant-yielded results.

Evidence

Clinical results indicate excellent patient satisfaction and natural aesthetic outcomes with autologous fat grafting as a reconstructive option. Data support fat transfer as a safe and effective alternative to implants in select patients. Long-term follow-up of cases using cultured mature adipocytes and MCP-1 conditioned medium indicates sustained results with no complications or recurrences over 2 to 6 years.

Research goes on comparing fat grafting to flap and implant methods. Researchers propose a table of major studies outlining engraftment rates, VAS scores, follow-up, and complications for easy comparison.

Practical Considerations

Fat transfer breast reconstruction utilizes the patient’s own fat cells to reconstruct shape and volume. The procedure is typically two-step: liposuction to harvest fat and grafting to the breast. Typically, this requires 4 to 6 hours under general anesthesia or local anesthesia with sedation. The next few sections discuss logistics, recovery, surgeon selection, costs, and patient education to assist in planning personalized care.

Donor sites

These are typically taken from areas such as the abdomen, flanks, thighs, and buttocks. Choice is based on where there is accessible fat to harvest and what the patient desires for body sculpting. Liposuction from these areas not only leaves a slimmer silhouette, but it provides graft material.

Fat retention differs by body area and technique, with average graft survival ranging from 50 to 70 percent, which influences how much fat to harvest and if multiple sessions will be necessary. For counseling, a quick pro/con chart of donor sites assists patients in considering scarring risk, recovery, and probable contour alteration.

Recovery

The recovery after fat transfer is typically shorter and less painful than flap reconstruction or some implant surgeries. Most patients return to the majority of normal activity within 1 to 2 weeks, although heavy lifting and vigorous exercise are deferred for a few weeks.

Swelling, bruising, and mild pain are typical and short-lived. Supportive bras and compression garments at the donor sites expedite healing and diminish swelling. Follow-up visits are required to observe healing, fat take, and determine whether more grafting sessions are necessary.

Anticipate small size increments per treatment, usually around half to 1 full cup size, so that several treatments might be involved.

Surgeon factors

Surgeon experience and training in fat grafting are paramount to success. An expert plastic surgeon evaluates chest anatomy, donor-site availability, and scar patterns and adapts the method to maximize graft survival and symmetry.

Practical considerations include advanced skills that reduce complications and improve aesthetics. Seek a surgeon with fat-grafting specific cases under their belt, board certification, before and after photos, and a clear explanation of risks.

Let’s talk retention rates, anticipated cup-size change, and what we’re going to do if you need more sessions.

Cost and coverage

It depends on how many sessions and your surgeon’s fees, facility, anesthesia fees, and location. Insurance might cover fat grafting if it’s performed for reconstruction post-cancer, but cosmetic augmentation is not so much.

Here’s a rough comparison table for common cost and coverage tendencies.

Individual planning matters: weight stability is crucial to maintain results and realistic expectations about outcomes and number of procedures improve satisfaction.

Unique Perspective

Fat transfer breast reconstruction provides a more natural path to restoring breast volume and shape. It combines body contouring with breast reconstruction by extracting a patient’s own fat, processing it, and implanting it into the breast. This segment details why an individualized strategy is key, the moral perspective physicians should adopt, and a pragmatic model to assist both patients and surgeons in making their decisions jointly.

Personal approach

Customize every fat grafting plan to the patient’s anatomy, objectives, and tissue quality. Perfect patients are looking for a half-cup to a full-cup enhancement, while bigger leaps generally require implants or staged surgeries.

Now the surgeon has to map donor sites, evaluate skin laxity and remaining breast tissue, and determine how much volume he can place per session with average graft retention around 50 to 70 percent.

Patients who participate in planning are happier. Having them participate in decisions about donor area, incision placement, and grafting in conjunction with a lift or implant removal results in outcomes that meet expectations.

Dealing with special issues such as symmetry, scarring, or previous radiation shifts the technical approach and can minimize the necessity for additional treatments.

A simple checklist helps personalize care: desired size change, donor site options and volumes, skin quality, prior treatments, anesthesia choice, and realistic graft retention estimates.

Use examples: a thin patient with limited donor fat may need staged grafting across two to four sessions, while someone with ample abdomen fat may achieve target volume in one to two procedures.

Ethical view

As surgeons, we owe a responsibility to provide safe, evidence-based options and to be transparent about results and boundaries.

• Reveal realistic graft retention rates between 50 and 70 percent and potential two to five procedures.
• Explain procedural steps: liposuction, processing, and injection. Standard or time is 1 to 2 hours, occasionally 4 to 6 hours with sedation or GA.
• Discuss risks: fat necrosis, contour irregularities and rare imaging issues.
• Don’t exaggerate advantages or minimize options like implants or hybrid lift strategies.
• Let informed consent include recovery expectations. Most patients return to normal activities within two to three weeks.

Being clear about what is and isn’t based on evidence helps patient autonomy and minimizes post-op regret.

Decision framework

Use a guided pathway to find a fit. Begin with patient goals and anatomy. Then consider existing donor fat and any prior treatments such as radiation or implant history.

Key decision points include desired size change, donor volume estimate, skin envelope condition, medical comorbidities, and imaging needs.

Decision aids — basic flow charts or checklists — assist in facilitating the conversation. For example, the goal of a half-cup gain leads to the question of whether donor fat is present.

If yes, a single session is likely; if no, plan for staged grafts. Summarize the process stepwise: initial consult and mapping, simulation and consent, harvest and grafting, recovery and follow-up, and plan for touch-ups if needed.

Conclusion

Fat transfer breast reconstruction is a natural option that meets many goals. It utilizes your own tissue, therefore the appearance and feel tend to mimic adjacent breast tissue. Recovery times can be short for some of it and scars stay small. It works best for women who have enough donor fat and reasonable goals for breast size. Several sessions enable consistent volume increase and refinement. There are risks like fat loss, calcification, and rare infection. Surgeons with consistent experience and crisp imaging minimize those risks. For those who want a softer, natural option and modest size enhancement, fat transfer can be a strong option. Consult with a board-certified plastic surgeon, get inspired by before and after cases, and map out steps customized to your body and objectives.

Frequently Asked Questions

What is fat transfer breast reconstruction?

Fat transfer breast reconstruction utilizes your own fat, harvested from one part of the body via liposuction and injected into the breast to reshape it following mastectomy or lumpectomy. It sidesteps implants and tries to keep things looking and feeling natural.

Who is a good candidate for this procedure?

Ideal candidates have sufficient donor fat, stable cancer status, and realistic expectations. It’s perfect for individuals desiring natural texture and mild to moderate volume replacement, not big size enhancements.

How natural do results feel and look?

Since the tissue is your own, results typically feel and look very natural. Volume gains are subtle and shapes blend with adjacent tissue, minimizing the contrast with the unaffected breast.

How long do results last?

Fat transfer breast reconstruction natural option Anticipate some resorption, but 60 to 80 percent of injected volume tends to remain permanently. Final volume may require several sessions.

What are the main risks and complications?

Risks consist of fat graft loss, cysts, calcifications, infection, and contour irregularities. With good technique and experienced surgeons, the risk is minimized. Routine follow-up and imaging assist in monitoring healing and cancer surveillance.

How does fat transfer compare to implant reconstruction?

Fat transfer breast reconstruction, natural and no foreign materials. It’s a natural option for fat transfer breast reconstruction, which gives modest volume but necessitates donor fat. Implants offer robust, predictable volume but come with implant-related risks. Which is better depends on your goals, anatomy, and health.

Will fat transfer affect cancer detection or imaging?

Fat grafting may cause benign calcifications or oil cysts on imaging. Radiologists who have experience with post-reconstruction imaging can differentiate these changes from cancer. Disclose the procedure to your imaging team for proper monitoring.