Breast Reconstruction Strategies in Oncoplastic Surgery
Summary
Oncoplastic surgery integrates oncological principles with reconstructive techniques to achieve complete tumour removal while preserving or restoring breast form. Strategies range from volume displacement, in which remaining breast tissue is mobilised and reshaped after wide local excision, to volume replacement, where autologous tissue or implants fill the defect. Volume displacement techniques encompass parenchymal rearrangement, mammaplasty patterns and reduction approaches that avoid mastectomy. Volume replacement may employ pedicled or free flaps—such as chest wall perforator, latissimus dorsi or abdominal-based flaps—to reconstruct larger defects. Implant-based reconstruction follows mastectomy and may be performed in one or two stages, with options for subpectoral or prepectoral placement augmented by biological or synthetic meshes. Nipple-sparing and skin-sparing mastectomies have broadened the indications for immediate reconstruction, maintaining aesthetic landmarks. Advances in microsurgery, nerve coaptation and flap monitoring have refined outcomes. Patient selection, multidisciplinary planning and tailored techniques are central to balancing oncological safety, aesthetic symmetry and long-term quality of life.
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Breast Reconstruction Strategies in Oncoplastic Surgery publication trend
The graph below shows the total number of articles in breast reconstruction strategies in oncoplastic surgery across all publications each year (not limited to Nature Index journals).
Technical terms
Oncoplastic surgery: Combined oncological resection and reconstructive techniques to remove cancer while preserving or restoring breast aesthetics.
Volume displacement: Techniques that reshuffle remaining breast tissue to fill a resection defect without adding external tissue.
Volume replacement: Reconstruction using autologous flaps or implants to substitute removed breast volume.
Perforator flap: A tissue flap based on skin and fat supplied by small vascular perforators, minimising donor-site muscle sacrifice.
Mesh-assisted reconstruction: Use of biological or synthetic mesh to support implants, define pocket shape and reduce muscle disruption.
Prepectoral placement: Positioning an implant above the pectoralis major muscle, often wrapped in mesh, to avoid animation deformity.
Nipple-sparing mastectomy: Removal of breast tissue while preserving the skin envelope and nipple–areola complex for immediate reconstruction.
Autologous reconstruction: Use of the patient’s own tissue, such as abdominal or back flaps, to recreate breast shape.
References
- ‘PartBreCon’ study. A UK multicentre retrospective cohort study to assess outcomes following PARTial BREast reCONstruction with chest wall perforator flaps. The Breast (2023).
- Reconstructive breast implant–related infections: Prevention, diagnosis, treatment, and pearls of wisdom. Journal of Infection (2024).
- Oncoplastic Breast Consortium consensus conference on nipple-sparing mastectomy. Breast Cancer Research and Treatment (2018).
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