30-Second Takeaway
- Compression sleeves lower breast cancer–related lymphedema incidence and limb volume but offer limited symptom or quality-of-life gains.
- Post-radiation and revision breast reconstruction benefit from flexible flap design, alternative recipient vessels, and liberal intraoperative ICG use.
- Telemedicine and AI tools are increasingly viable for hand trauma triage and remote postoperative wound assessment.
- Topical tacrolimus shows no preventive effect on lymphedema but may help stabilize disease-specific quality of life.
- Next-generation biomaterials and bioelectronic devices could reshape wound and nerve repair but remain preclinical or early-phase.
Week ending December 13, 2025
Complex Breast Reconstruction, Lymphedema Strategies, and Emerging Tech in Plastic Surgery
Optimizing high-risk microsurgical breast reconstruction after radiation or failed attempts
This narrative review offers a practical framework for microsurgical breast reconstruction after radiation, failed autologous flaps, or failed implants. The authors emphasize stacked or bipedicled flaps to increase perfused tissue volume in scarred, irradiated fields. They advocate intraoperative ICG angiography to assess perfusion, guide flap design, and reduce ischemic complications in compromised vascular territories. Alternative recipient vessels in the suboptimal chest, along with soft-tissue support and hybrid autologous–implant reconstruction, are highlighted for complex revision cases.
Compression sleeves meaningfully reduce breast cancer–related lymphedema risk and volume
This systematic review and meta-analysis of 1,532 patients assessed compression sleeves for prevention and treatment of breast cancer–related lymphedema. Compared with conventional care, sleeves significantly decreased lymphedema incidence and reduced limb volume or circumference with moderate-quality evidence. Sleeves improved shoulder flexion but showed no significant benefit for shoulder abduction, subjective symptoms, or overall quality of life. Evidence for symptom relief and quality-of-life improvement was low quality, so clinicians should set modest expectations while still recommending sleeves.
Bioabsorbable electrotherapy suture enhances healing and infection control in models
This study describes a bioabsorbable suture that converts body-coupled electromagnetic energy into local electrotherapy to modulate wound repair. The suture maintains tensile strength and flexibility while providing dielectric polarization that enhances antimicrobial and anti-inflammatory effects. Dielectric voltage differences upregulate healing factor expression, yielding more than 1.43-fold higher healing efficiency than single-function sutures in preclinical testing. In vitro and in vivo experiments also showed reduced postoperative infections, suggesting a future direction for multifunctional closure materials.
References
Numbered in order of appearance. Click any reference to view details.
Additional Reads
Optional additional studies from this edition.