Hybrid breast reconstruction

Breast reconstruction after mastectomy requires careful planning, technical expertise, and a strong aesthetic sensibility. While implant-based reconstruction provides a reliable structural foundation, it can reach aesthetic limits – especially in patients with limited soft-tissue coverage or pronounced contour irregularities. In this setting, hybrid breast reconstruction – combining an implant with autologous fat grafting – is increasingly used as an adjunctive approach in clinical practice.

 

Why a hybrid approach?

Implants allow for predictable and reproducible volume restoration, but they can be visible or palpable when the soft-tissue envelope is thin. Autologous fat grafting is a valuable complement: it improves soft-tissue quality, smooths contour irregularities, and may help create a more natural-looking overall appearance. The goal is to combine the advantages of both methods while reducing their respective limitations.

 

How it is performed in clinical practice

In clinical practice, hybrid breast reconstruction is typically carried out in several steps. After mastectomy, a temporary tissue expander is often placed first to gradually stretch the skin and create an appropriate pocket for the future implant. In parallel, multiple fat grafting sessions (lipofilling) are performed at defined intervals.

 

 

During these sessions, the patient’s own fat is injected into the subcutaneous tissue layers and surrounding areas to add volume, smooth transitions, and optimize the tissue bed for implant placement.

 

 

 

Once sufficient expansion and soft-tissue augmentation have been achieved, the expander is exchanged for a permanent implant. This structured, stepwise approach allows for a high level of control over the aesthetic outcome and enables tailoring to each patient’s anatomy.

 

 

 

The importance of standardized processes

A key factor in successful fat grafting is the quality of the harvested and processed fat tissue. Standardized systems for fat harvesting, processing, and reinjection can help reduce tissue trauma and preserve fat cell viability. A controlled, reproducible process may support consistency of results – particularly in large-volume fat grafting applications.

 

Clinical observations

From a clinical perspective, hybrid breast reconstruction may deliver positive outcome. Patients frequently report softer contours, improved breast symmetry, and less awareness of the implant. For plastic and aesthetic surgeons, the approach also offers advantages by enabling more refined shaping of the breast and allowing for aesthetic fine-tuning.

 

Conclusion

Hybrid breast reconstruction is a valuable addition to the reconstructive treatment spectrum after mastectomy. By combining the stability of an implant with the tissue-enhancing effects of autologous fat grafting, it may help support natural contours and improve functional and aesthetic outcomes. While additional long-term data would be beneficial, current clinical experience suggests that this approach may provide added value – especially in complex cases.

Outcomes may vary between patients. Depending on the clinical situation, multiple procedures may be required.

Case Study

Learn how hybrid breast reconstruction was implemented in clinical practice – step by step.

 

 

 

 

“For me, the key factor in hybrid breast reconstruction is that fat harvesting, processing, and transplantation are performed in a controlled and reproducible manner. Professional devices such as the Workstation Pro Plus and PureGraft support this structured workflow and contribute to a high level of procedural reliability.”

 – Dr. Vanessa Marron Mendes