Microsurgery · Salvage Reconstruction
Microsurgical breast reconstruction - A salvage option for failed implant-based breast reconstruction
A retrospective single-center series evaluates conversion from failed implant-based reconstruction to microsurgical free-flap reconstruction. The abstract frames microsurgery as a viable salvage pathway, emphasizing outcomes after implant failure and the practical role of free tissue transfer when implant complications or aesthetic limitations persist.
Anastomosis · Technique Innovation
The novel Y-en-8 anastomosis of size mismatched vessels
This technical report addresses vessel size mismatch—an everyday challenge in free flap surgery—by describing a structured ‘Y-en-8’ approach to creating a reliable anastomosis. The focus is on reducing flow disruption and anastomotic complications (leak, thrombosis) that can jeopardize distal perfusion.
Lymphatic Surgery · Immediate Reconstruction
Supermicrosurgery lymphaticovenous and lymphaticolymphatic anastomosis: Technical detail and short-term follow-up for immediate lymphatic reconstruction in breast cancer treatment-related lymphedema prevention
This cohort describes ‘lymphatic bypass supermicrosurgery’ performed immediately after axillary lymph node dissection, using lymphaticovenous or lymphaticolymphatic anastomoses. The paper concentrates on operative steps (intima-to-intima coaptation) and short-term follow-up as a preventive strategy for breast cancer treatment-related lymphedema.
Robotics · Lymphatic Reconstruction
100 anastomoses: a two-year single-center experience with robotic-assisted micro- and supermicrosurgery for lymphatic reconstruction
A two-year institutional experience reports robotic-assisted micro- and supermicrosurgical anastomoses for lymphatic reconstruction, including LVA/LLA and lymphatic tissue transfer workflows. The abstract highlights feasibility and safety signals (notably no anastomosis-associated complications reported), with emphasis on scaling microsurgical precision for increasingly small-caliber targets.
Diabetic Foot · Hydrogel Delivery
Mechanism underlying the involvement of CXCR4/CXCL12 in diabetic wound healing and prospects for responsive hydrogel-loaded CXCR4 formulations
This review connects impaired CXCR4/CXCL12 signaling to delayed diabetic wound healing through effects on mobilization, migration, and angiogenesis. It then outlines how stimulus-responsive hydrogel systems could be used to deliver CXCR4-targeted agents locally, aiming to restore more physiologic repair dynamics in chronic wounds.
Infected Wounds · ROS Modulation
A ROS-Responsive Lipid Nanoparticles Release Multifunctional Hydrogel Based on Microenvironment Regulation Promotes Infected Diabetic Wound Healing
This biomaterials study targets the chronic diabetic wound ‘vicious cycle’ of oxidative stress, inflammation, and infection using a ROS-responsive hydrogel system. The abstract emphasizes microenvironment regulation—suppressing oxidative/inflammatory burden while addressing bacterial infection—as the core mechanism for improved healing.
Dressings · Mechanical Contraction
Temperature-responsive self-contraction nanofiber/hydrogel composite dressing facilitates the healing of diabetic-infected wounds
This work proposes a composite dressing that adds an active mechanical element—self-contraction—to standard moist-protective hydrogel concepts for diabetic infected wounds. By combining antimicrobial/anti-inflammatory wound environment control with contractile assistance for edge approximation, it aims to improve closure in wounds otherwise stalled in chronic inflammation.
Adjuncts · Antioxidant Targeting
Effects of reactive oxygen species and antioxidant strategies on wound healing in diabetes
This review synthesizes how ROS signaling intersects with inflammatory pathways across diabetic wound-healing phases and catalogs antioxidant-oriented strategies as therapeutic levers. The key clinical takeaway is practical: oxidative stress is not only a byproduct but a modifiable driver of non-healing, and treatment design should match intervention timing to wound phase biology.
ADM · Surgical Optimization
Optimizing Acellular Dermal Matrix Integration in Heterologous Breast Reconstructive Surgery: Surgical Tips and Post-Operative Management
This review frames prepectoral implant reconstruction with ADM wrapping as a contemporary default workflow and provides practical considerations for integration and postoperative care. It focuses on ADM’s structural role (basement membrane/extracellular matrix scaffold) and the technical steps that can influence complications and incorporation.
ADM · Safety Signal
A Nationwide Analysis Evaluating the Safety of Using Acellular Dermal Matrix with Tissue Expander-Based Breast Reconstruction
Motivated by the FDA’s 2021 safety communication, this national database analysis evaluates complication signals associated with ADM in tissue-expander breast reconstruction. The abstract positions the work as a pragmatic safety check to inform patient counseling and material selection in implant-based workflows.
Oncoplastic · Volume Replacement
Volume replacement in tumor plastic surgery and breast-conserving surgery using 3D grid and strip-shaped acellular dermal matrix: Two case reports
Two breast-conserving/tumor-plastic cases use a 3D grid or strip-shaped ADM to restore contour after oncologic resection. Short-term follow-up in the abstract emphasizes acceptable safety and maintained breast contour/volume, suggesting ADM can be used beyond implant support as a volume replacement scaffold.
Chronic Wounds · Evidence Landscape
Skin substitutes as treatment for chronic wounds: current and future directions
This review notes a rapidly expanding commercial landscape (75+ products) and argues that selection should be evidence-driven by wound etiology. It summarizes randomized controlled trial evidence for major substitute categories and highlights the persistent gap between product proliferation and high-quality comparative outcomes data.
Exosomes · Plastic Surgery Translation
Exosome-mediated Advancements in Plastic Surgery: Navigating Therapeutic Potential in Skin Rejuvenation and Wound Healing
This article summarizes clinical-facing exosome applications in plastic surgery, including skin rejuvenation and wound healing, and provides case-based practical context. The abstract emphasizes scar reduction and wound-healing enhancement as key endpoints, while underscoring the need for more rigorous clinical validation.
Drug Delivery · Oxygen + Exosomes
Exosome-coated oxygen nanobubble-laden hydrogel augments intracellular delivery of exosomes for enhanced wound healing
A multifunctional hydrogel combines oxygen delivery (nanobubbles) with an exosome coating to improve intracellular uptake and address hypoxia/inflammation—two common barriers in complex wounds. The abstract reports enhanced healing in a full-thickness wound model, positioning combined biomaterial + EV delivery as a translational route to more reliable outcomes.
PRP · Randomized Trial
Evaluation of Platelet-rich Plasma and Microneedling for Facial Skin Rejuvenation
In a prospective randomized split-face design, PRP injections were compared against contralateral saline in women with facial aging, evaluating efficacy and safety as a regenerative approach. The abstract highlights controlled methodology and positions PRP (with or without microneedling) as an option when patients seek biologic skin quality improvements rather than excisional correction.
Chronic Wounds · Targeted EVs
Nanomanaging Chronic Wounds with Targeted Exosome Therapeutics
This review focuses on delivery problems that limit exosome therapy (stability, localization, dose persistence) and summarizes engineering strategies and hydrogel/scaffold approaches to maintain therapeutic levels at the wound bed. It argues that targeted and sustained-release designs may be necessary to move exosome therapy from promising biology to consistent clinical benefit.
Radiofrequency · Facial Contouring
Nonsurgical Facial Contouring With a Novel Radiofrequency and Vacuum Device: A Multicenter Retrospective Study With 33 Patients
This multicenter retrospective study reports outcomes for a combined radiofrequency + vacuum platform used weekly for 3–6 sessions for facial contouring. The abstract emphasizes clinical improvement with a favorable tolerability profile and includes supporting ex vivo/animal work to characterize RF penetration and histologic effects.
Monopolar RF · Wrinkle Reduction
Evaluating the Efficacy of Continuous Water-Cooling 115-Watt 6.78-MHz Monopolar RF Therapy for Fine Wrinkle Reduction
A clinical evaluation of a water-cooled 6.78-MHz monopolar RF platform (‘VolNewMer’) reports improvements in skin texture/firmness targeting fine wrinkles. The abstract frames continuous cooling as a comfort and safety enabler while delivering sufficient thermal energy for collagen remodeling.
RF + HIFES · Skin Laxity
The Efficacy and Safety of Synchronized Radiofrequency and High Intensity Facial Electrical Stimulation in Improving Facial Skin Laxity and Quality in Asians
This prospective aesthetic study evaluates a synchronized RF + high intensity facial electrical stimulation protocol intended to reach beyond superficial dermis and influence deeper support structures. In the abstract, pain scores decreased across sessions and no serious adverse events occurred, supporting feasibility for patients seeking noninvasive tightening.
At-Home Device · Controlled Trial
Effectiveness of a Radiofrequency Device for Rejuvenation of Aged Skin at Home: A Randomized Split-Face Clinical Trial
A randomized split-face trial tests a home-use RF device, focusing on measurable anti-aging effects compared with control. The abstract positions home-based RF as a lower-intensity alternative that can still produce clinically meaningful improvements for motivated patients prioritizing convenience and downtime minimization.
Fat Grafting · Preconditioning
Improving Fat Graft Survival Using Soluble Molecule Preconditioning
This review surveys soluble-molecule ‘preconditioning’ strategies to improve graft survival—spanning pro-angiogenic, anti-oxidative, and anti-inflammatory mechanisms—and discusses practical integration into existing fat graft workflows. The abstract stresses heterogeneity in protocols and the current clinical-evidence gap, pointing to dosage and sustained delivery as next steps.
Recipient Site · Energy-Based Prep
Enhanced Fat Graft Viability and Remodeling Using a Helium-based Radiofrequency Device to Prepare the Recipient Site
This study explores an energy-based approach (helium-based radiofrequency) to condition the recipient bed before bolus fat grafting, aiming to reduce the classic problem of unpredictable volume retention. In the abstract, histology signals more active remodeling in the treated group, suggesting recipient-site biology may be as important as harvest/processing variables.
Cell-Assisted Lipotransfer · Meta-analysis
Stem Cell Enriched Fat Grafts versus Autologous Fat Grafts in Reconstructive Surgery: Systematic Review and Meta-Analysis
A meta-analysis compares stem cell–enriched fat grafting against standard autologous fat grafting, reporting improved mean volume retention without clear penalties in patient satisfaction or major complications. The abstract notes longer operative times and underscores the need for well-designed clinical trials to define where the incremental retention benefit is worth added complexity.
Processing · Irradiated Tissue
Preclinical Volume Retention of Fat Grafts Processed with REVOLVE™ Technology or Decantation Methods in Irradiated and Nonirradiated Wounds
This preclinical animal study evaluates whether filtration-based processing (REVOLVE™) versus decantation influences graft quality and retention, including in irradiated settings relevant to breast reconstruction. The abstract highlights the clinical context—larger-volume grafting into radiated tissue—where optimizing processing may have outsized impact.
AI · Clinical Integration
The Transformative Role of Artificial Intelligence in Plastic and Reconstructive Surgery: Challenges and Opportunities
This review maps AI’s near-term value across the perioperative continuum—from preop risk stratification and simulation to intraop precision support (including AI-assisted robotics in microsurgery) and postoperative complication detection. It also stresses the implementation realities: data quality, bias, regulatory constraints, and ethical oversight as requirements—not afterthoughts—for safe deployment.
Robotics · Evidence Synthesis
Recent Advancements in Robotic-assisted Plastic Surgery Procedures: A Systematic Review
A broad systematic review summarizes clinical use cases for robotic-assisted plastic surgery across breast reconstruction, robotic microsurgery, transoral approaches, and flap harvest. The abstract’s key message is that evidence for superiority over traditional methods remains limited, but technical feasibility is expanding—strengthening the case for prospective trials and cost-effectiveness analyses.
AI Devices · Regulatory Landscape
Growth in FDA-Approved Artificial Intelligence Devices in Plastic Surgery: A Key Look Into the Future
This paper catalogs the growing number of FDA-cleared AI-enabled tools relevant to plastic and reconstructive surgery, framing them as accelerants for planning, intraoperative monitoring, and workflow efficiency. The abstract points to practical device categories (including blood-loss estimation and imaging) and suggests that surgeons will increasingly need literacy in validation and regulatory status when adopting AI.
Robotic Microsurgery · Meta-analysis
The emerging role of robotics in plastic and reconstructive surgery: a systematic review and meta-analysis
This systematic review/meta-analysis evaluates where robotics is adding value in plastic and reconstructive procedures, while explicitly flagging the need for cost analysis and stronger study designs. The abstract underscores that resource utilization and real-world outcome deltas will likely determine whether robotics becomes routine beyond niche indications.