This Week in Plastic Surgery — Jul 3, 2026

Welcome to This Week in Plastic Surgery. This week we're covering 10 notable papers spanning facial rejuvenation techniques, advancements in breast reconstruction and aesthetic assessment, and evolving paradigms in reconstructive microsurgery. Let's dive in.

We begin this week with facial rejuvenation, a domain where surgical and minimally invasive techniques continue to evolve. A prospective cohort study published in Aesthetic Plastic Surgery compared clinical outcomes and complication rates between deep plane and superficial musculoaponeurotic system, or SMAS, plication facelift techniques [2]. Led by Neel and colleagues, the study prospectively enrolled 166 patients undergoing primary facelift surgery by a single surgeon. Forty-five patients underwent a deep plane facelift, while 121 underwent SMAS plication. The researchers found no statistically significant differences between the two techniques. Excellent facial rejuvenation was rated in roughly 70% of SMAS plication cases compared to nearly 30% of deep plane cases. Patient satisfaction remained high in both cohorts, and the median recovery duration was highly comparable, sitting at twenty-five and a half days for SMAS plication and thirty days for the deep plane group. Furthermore, overall complication rates did not differ significantly, with a rate of about 22% in the SMAS group and 29% in the deep plane group. This included transient facial nerve weakness, which occurred in approximately 11% of deep plane cases and 12% of SMAS plication cases. These findings suggest that both procedures are safe and highly effective, with the final aesthetic outcome and recovery timeline driven primarily by surgical expertise and precise patient selection rather than the specific choice of technique itself. However, the authors caution that these results should be interpreted within the context of a short-term three-month follow-up window, unequal group sizes, and the lack of validated patient-reported outcome instruments.

Addressing specific anatomical regions during rhytidectomy, Okumus introduced a modified hairline-preserving temporozygomatic approach, termed the Okumus incision, in Aesthetic Plastic Surgery [5]. This technique was evaluated in a large cohort of 400 female patients. The approach aims to balance the extensive exposure of a classical facelift with the aesthetic benefits of short-scar techniques, specifically targeting the preservation of the temporal hairline. At the twelve-month postoperative mark, objective evaluation using the Global Aesthetic Improvement Scale showed exceptional improvement in 98% of patients. Additionally, 98% of patients reported high satisfaction regarding their temporal region aesthetic outcome. Crucially, the study reported zero cases of temporal hairline distortion, sideburn irregularity, or visible anterior temporal scars. While minor complications did occur, such as a 4.2% rate of temporal scalp scar widening, a 5.2% rate of delayed wound healing, and a 2.7% rate of hypertrophic scarring, all resolved without leaving long-term aesthetic or functional issues. This suggests the Okumus incision represents a reliable, hairline-preserving alternative for patients undergoing facelift surgery.

For patients seeking minimally invasive options, a multicenter, randomized, evaluator-blinded, parallel-controlled clinical trial in Aesthetic Plastic Surgery investigated the efficacy and safety of a novel absorbable micro-aesthetic lifting thread for correcting moderate-to-severe nasolabial folds [1]. The study randomized 151 subjects with moderate-to-severe nasolabial folds to receive either the novel lifting thread combined with a multi-plane lifting strategy or a standard, commercially available polydioxanone thread. The primary endpoint was the response rate at seven months, defined as at least a one-grade improvement on the Wrinkle Severity Rating Scale. The seven-month response rate was approximately 72% in the experimental group compared to nearly 63% in the control group, successfully establishing the non-inferiority of the novel thread. Interestingly, the experimental thread demonstrated a statistically significant superiority in response rate at the three-month postoperative interval, along with higher investigator satisfaction and superior barb fixation performance. Both groups demonstrated comparable safety profiles with no serious adverse events, indicating that this novel thread is a viable, high-performing alternative for non-surgical midface rejuvenation.

To further standardize non-surgical facial aesthetics, Armenti introduced the LA VISION method in Aesthetic Plastic Surgery, offering a structured, three-phase framework for lip analysis and hyaluronic acid filler treatment [7]. The method consists of mapping the morpho-geometric structure of the lips using anthropometric lines and a novel coding system, assessing patient-specific morphology and aesthetic desires, and planning a logic-based injection strategy. In an initial cohort of 400 patients treated with a mean filler volume of one milliliter in the first session, the structured approach led to highly favorable patient-reported outcomes. Adverse events were mild and localized, with no major complications reported. This framework provides clinicians with a reproducible decision-making algorithm and a standardized language for documentation, peer communication, and training.

Despite the rising popularity of facial volume restoration, patient dissatisfaction remains a clinical reality. A retrospective study in Aesthetic Plastic Surgery analyzed patient complaints over a seven-year period specifically related to autologous fat transfer procedures [9]. Out of 571 procedures performed, 41 cases resulted in formal patient complaints, representing a complaint rate of over 7%. Utilizing a standardized coding classification, the researchers found that the vast majority of complaints, approximately 80%, were clinical in nature. Specifically, issues related to the treatment outcome itself accounted for nearly 49% of complaints, while safety incidents accounted for nearly 32%. Administrative or management issues made up roughly 15% of complaints, and relationship or communication issues accounted for about 5%. Over a third of the complaining patients demanded financial compensation, though ultimately only three patients received monetary payouts. Although the annual number of complaints showed a slight upward trend over time, the growth was not statistically significant. This high complaint rate underscores the critical necessity of detailed preoperative counseling, managing realistic expectations, and maintaining rigorous quality and safety standards during autologous fat grafting.

Moving to breast surgery, we first examine patient selection and risk stratification in autologous breast reconstruction. While traditional guidelines often rely on body mass index limits of 30 to 32.7 kilograms per square meter to minimize postoperative complications, body mass index does not always accurately reflect individual body composition. To address this, a retrospective study in the Journal of Reconstructive Microsurgery evaluated 793 patients who underwent deep inferior epigastric perforator, or DIEP, flap breast reconstruction [3]. The researchers measured subcutaneous abdominal wall thickness on preoperative computed tomography angiograms at four standardized anatomical landmarks. While body mass index was strongly correlated with abdominal wall thickness, both variables independently and strongly predicted postoperative complication rates. The study demonstrated stepwise increases in wound dehiscence, infection, and fat necrosis as abdominal wall thickness increased. Receiver operating characteristic analysis identified an abdominal wall thickness threshold of 26.3 millimeters as a significant predictor for overall complications. Crucially, the researchers noted that for patients with mismatched body mass index and abdominal wall thickness, relying solely on body mass index could lead to an underestimation of surgical risk. Utilizing abdominal wall thickness as a practical adjunct tool can help reconstructive microsurgeons better counsel patients and refine patient selection.

In the aesthetic and reconstructive management of breast symmetry, subjective perception often diverges from objective measurements. A retrospective cross-sectional study in Aesthetic Plastic Surgery investigated this discrepancy by comparing subjective assessments of breast symmetry with objective three-dimensional measurements [6]. Using the VECTRA three-dimensional imaging system, researchers measured breast volumes in healthy participants. From a pool of 209 participants, 100 were randomly selected for symmetry evaluation by five plastic surgeons and five laypersons. The objective measurements revealed a mean relative volume difference of 16% between the left and right breasts. However, the study found no clear threshold of volume difference at which the majority of observers defined breast asymmetry. Even in cases with large volume discrepancies, both surgeons and laypersons frequently perceived the breasts as symmetrical. Inter-observer agreement was poor for both groups, and agreement with the three-dimensional measurements regarding which breast was actually larger was extremely low, with accuracy rates hovering around 54% for surgeons and 49% for laypersons. This suggests that the human perception of breast symmetry is complex and extends far beyond volume alone, likely influenced by shape, projection, and nipple position. Consequently, while three-dimensional imaging remains a valuable tool for preoperative planning and patient consultation, clinicians should recognize that objective volume symmetry does not automatically translate to perceived symmetry or patient satisfaction.

Another critical issue in breast surgery is the long-term complication of capsular contracture. A retrospective cohort study in Aesthetic Plastic Surgery explored whether systemic immune activation, specifically related to COVID-19 infection and vaccination, influenced the timeline of capsular contracture progression [8]. The study analyzed 115 patients from a single private practice who required breast implant removal due to severe Baker grade three or four capsular contracture. The researchers compared a pre-pandemic cohort of 47 patients to a post-pandemic cohort of 68 patients. The primary outcome was the time from initial implant placement to explantation. The results showed a stark and statistically significant difference: the post-pandemic cohort had a significantly shorter time to explantation, averaging 4.9 years, compared to 8.2 years in the pre-pandemic cohort. A multivariate Cox proportional hazards model, adjusting for potential confounding factors, revealed a hazard ratio of 2.3 for earlier explantation in the post-pandemic group, meaning the rate of progression to severe contracture requiring surgical intervention more than doubled. Although this retrospective design cannot establish direct causation, the findings strongly suggest that external immunological triggers, such as those associated with COVID-19 infection or vaccination, may accelerate the fibro-inflammatory processes underlying capsular contracture. This has major implications for patient education, informed consent, and the long-term monitoring of implant-based reconstructions.

In the field of reconstructive microsurgery and peripheral nerve interventions, there is a clear paradigm shift toward nerve transfers. A study published in the Annals of Plastic Surgery analyzed national trends in adult traumatic brachial plexus injury management using the National Surgical Quality Improvement Program database from 2006 to 2022 [4]. The study evaluated 544 patients who underwent nerve reconstruction, with 80 patients receiving a nerve transfer. The data showed a steady national increase in the adoption of nerve transfers. Notably, plastic surgeons performed 60% of these nerve transfers, despite accounting for only about a third of all brachial plexus reconstructions. In contrast, orthopedic surgeons and neurosurgeons were significantly less likely to perform nerve transfers. Most importantly, the study revealed that nerve transfers were associated with a significantly lower thirty-day postoperative complication rate of 2.5%, compared to 11% for traditional reconstruction techniques. This favorable safety profile persisted despite the fact that nerve transfers were more frequently performed on patients with higher preoperative morbidity risks. These findings strongly support the ongoing adoption of nerve transfers as a safe and effective reconstructive option for traumatic brachial plexus injuries.

Finally, ensuring the survival of transferred tissue requires reliable postoperative monitoring, but equipment failure can pose sudden challenges. A technical report in the Journal of Plastic, Reconstructive and Aesthetic Surgery described a practical salvage technique for an accidentally transected Cook-Swartz implantable doppler lead [10]. The implantable doppler is a mainstay of continuous free flap monitoring, relying on a wired connection between a vascular cuff and a base unit. The lead consists of two braided, insulated wires. The authors detailed an intraoperative microsurgical repair of these delicate wires after accidental transection. Following the repair, the device successfully restored a continuous, dynamic signal that persisted until its planned removal on postoperative day seven. This simple, effective salvage technique prevents the need to replace the entire implantable doppler device, saving valuable intraoperative time and resources.

If you only have time for one paper this week, make it the study on abdominal wall thickness as a predictor of complications in DIEP flap reconstruction [3]. This paper provides a highly practical, objective, and easily reproducible measurement on preoperative imaging that allows us to look beyond simple body mass index, directly improving risk stratification and patient selection in autologous breast reconstruction.

Here are the key takeaways from this week in Plastic Surgery:

First, deep plane and SMAS plication facelifts offer comparable short-term outcomes and complication rates, suggesting that patient selection and surgeon expertise are the primary drivers of success.

Second, measuring subcutaneous abdominal wall thickness on preoperative CT angiography with a threshold of 26.3 millimeters provides a more refined risk assessment for DIEP flap complications than body mass index alone.

Third, subjective perception of breast symmetry by both surgeons and patients does not correlate well with objective three-dimensional volume measurements, emphasizing that shape, projection, and nipple position are critical to the visual perception of symmetry.

Fourth, the time to explantation for severe capsular contracture was significantly shorter in the post-pandemic era, indicating that systemic immune activation from COVID-19 or its vaccines may accelerate fibro-inflammatory implant complications.

And fifth, nerve transfers for traumatic brachial plexus injuries are associated with a significantly lower short-term complication rate compared to traditional grafting, supporting their continued and broader adoption.

That's your roundup for This Week in Plastic Surgery. The full transcript and references are available on the episode page in your AudioScholar library. This is an AI-curated summary — for clinical decisions, always consult primary sources and current guidelines. See you next week.

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This is an automated summary generated by artificial intelligence, which can make mistakes. Always review the original source materials.