Chronic wounds have traditionally been classified based on their etiology (venous ulcers, diabetic ulcers, pressure ulcers, etc.), reinforcing a reductionist perspective of the problem. However, this fragmented model has undermined understanding of their common pathophysiology and standardizing management approaches. From a medical epistemology standpoint, the evolution of pathological concepts has demonstrated that many syndromes were initially considered heterogeneous disorders until their underlying commonality became evident (e.g., metabolic syndrome, systemic inflammatory response syndrome). This review discusses and supports the proposition that chronic wounds should be conceptualized within a syndromic framework, wherein a shared set of pathophysiological processes underlies their diverse clinical manifestations, prompting a move beyond etiological reductionism. This proposition is supported by three epistemological arguments: biological, clinical, and practical. Through an analysis of fundamental syndromic principles, relevant examples illustrate this novel perspective. Ultimately, this proposition aims to advance a comprehensive and multi-level approach to chronic wound care, emphasizing multidimensional therapies that facilitate optimal, timely, and cost-effective outcomes. Such a conceptual shift would enable the integration of therapeutic strategies, the development of cross-cutting biomarkers, improved prediction of treatment responses, and greater consensus in research.

The anterolateral thigh (ALT) flap serves as a workhorse flap for reconstruction of large extremity defects. However, primary closure of the donor site is often not possible when the flap width exceeds 8–9 cm, and skin grafting is commonly required, resulting in unfavorable scarring and discomfort. Three patients received skin cancer or sarcoma resection surgery which required subsequent resurfacing with an ALT free flap. Instead of directly closing the donor sites, elastic sutures were employed in a zigzag shoelace configuration for gradual approximation of the wound edges. Subsequently, negative pressure wound therapy (NPWT) was applied to manage postoperative edema and stabilize the wounds. Complete donor wound closure was achieved between postoperative days 4 and 10. NPWT was continued in the form of incisional NPWT after definitive closure to stabilize the wound site, reduce edema, and facilitate recovery of skin pliability. Tension-releasing taping was also used together with the wound closure. No complications such as skin edge necrosis were observed. The scars were satisfactory with minimal discomfort. This staged combination of shoelace approximation and NPWT represents a simple, safe, and effective alternative to skin grafting for ALT donor sites that cannot be closed primarily, minimizing morbidity while providing aesthetically favorable outcomes.

Recurrent wound complications after cardiac surgery are usually associated with deep sternal wound infections. We report a rare case of a patient with persistent wound complications and no clear evidence of deep sternal infection, who was eventually diagnosed with fungal osteitis and successfully treated with free tissue transfer. A 66-year-old man with multiple comorbidities underwent off-pump coronary artery bypass grafting using the left internal thoracic artery as a conduit. Three months after surgery, the patient developed persistent wound complications at the sternotomy site. Despite repeated debridement, the wound failed to heal, and cultures remained negative for several months. Eventually, Aspergillus fumigatus was identified, and invasive fungal osteitis was confirmed histologically. After serial debridement, definitive reconstruction was performed using a free latissimus dorsi musculocutaneous flap. The right internal thoracic artery and vein served as recipient vessels, ensuring dead space obliteration and stable chest wall coverage. The patient recovered without further wound complications, and long-term antifungal therapy was maintained. At follow-up, no evidence of recurrent infection was observed. This case highlights the clinical challenges posed by fungal osteitis, a rare but difficult-to-treat condition.

Pediatric vulvar hematoma typically results from straddle-type injuries and is usually managed with nonoperative measures. However, rapid progression and the risk of complications in some cases, including tissue necrosis, infection, and urinary retention, necessitate surgical intervention. The highly vascularized anatomy of the vulva allows for rapid hematoma expansion, requiring careful assessment of hematoma size, progression, functional impairment, and hemodynamic stability when determining the treatment strategy. In addition, genital trauma during developmental periods can influence self-perception and psychosexual development, making timely intervention important to prevent aesthetic and functional sequelae. We present two pediatric patients with vulvar hematoma who underwent successful surgical treatment following careful evaluation of both physical and psychological factors. This report emphasizes the importance of a comprehensive, multifaceted approach to the management of pediatric vulvar hematomas.

Pressure sores are frequently observed in chronically bedridden patients. When body position is not changed regularly, a single ulcer may develop in the area subjected to constant pressure, such as the sacral or trochanteric region; one habitual position usually results in one sore. The simultaneous presence of pressure sores on the sacrum and both trochanteric regions in a single patient is uncommon, and their reconstruction is challenging. A 48-year-old male paraplegic patient with three pressure sores on the pelvis was referred. The sores involved the sacral and bilateral trochanteric regions and were complicated by infection, including osteomyelitis. Serial flap coverage was staged according to wound readiness and the resolution of infection. First, the right trochanteric sore was reconstructed using a perforator-based island flap (PBIF). After 9 days, the sacral sore was reconstructed with another PBIF. After an additional 20 days, the left trochanteric sore was covered using a pedicled anterolateral thigh musculocutaneous flap. All flaps were selected based on lesion size and condition and survived without major complications. When reconstructing multiple sores in one patient, establishing a clear strategy is essential. The order of reconstruction, appropriate intervals between procedures, and optimal flap selection are key considerations.

Reconstructing Fournier’s gangrene is particularly challenging because it rapidly leads to soft tissue necrosis that requires extensive debridement. This often results in a large soft tissue defect with dead space due to structural irregularity. We report two cases of Fournier’s gangrene successfully reconstructed using a pedicled anterolateral thigh (ALT) flap with a chimeric pattern. A 61-year-old man with Fournier’s gangrene presented with extensive necrosis in the penoscrotal area. After radical debridement and infection control, the wound was reconstructed using a chimeric pattern pedicled ALT flap. The flap was composed of fasciocutaneous and muscle components supplied by branch vessels from the main pedicle. The fasciocutaneous component adequately resurfaced the defect, and the muscle component filled in the dead space between the two testes. A 58-year-old man with Fournier’s gangrene on the penoscrotal area also underwent reconstruction using the same method. In both cases, the flaps survived without any major complications and the reconstructions were successful with no recurrence of infection. When reconstructing Fournier’s gangrene, a trapezoidal-shaped dead space between the two testes is inevitable. Inadequate obliteration of this space may result in recurrent infection. An ALT flap with a chimeric pattern offers an adequate option for resurfacing and dead space obliteration.

The reconstruction of bilateral ischial pressure sores presents a formidable challenge in reconstructive plastic surgery. Adequate padding over the ischial tuberosity and proper resurfacing of the defect are critical in preventing recurrence after reconstruction. We present a case of bilateral ischial sores reconstructed using two different approaches. A 62-year-old paraplegic man with bilateral ischial sores and osteomyelitis of both ischial tuberosities presented to the plastic surgery department. After serial debridement, the 6×4 cm ischial sore on the left side was reconstructed using dual-plane flaps—two independent flaps consisting of a biceps femoris muscle flap and a perforator-based fasciocutaneous island flap. The 7×4 cm ischial sore on the right side was reconstructed using a single hamstring flap, a composite flap consisting of a semitendinosus muscle flap with a distally linked skin flap. Both defects were successfully reconstructed, and the patient regained wheelchair ambulation. Both approaches—the dual-plane flaps and the single hamstring flap—are effective options for ischial sore reconstruction, as they provide sufficient volume and adequate resurfacing. Given the hamstring flap’s capacity to significantly reduce operative duration, it may be considered the primary surgical option. However, in the absence of a reliable perforator between the hamstring muscle and the overlying skin, dual-plane flaps should be selected.

Background: This study assessed 10-year changes in the proportion and epidemiology of work-related burns among inpatients at a single institution; as an institutional proportion, results reflect within-center surveillance. Methods: Burn inpatients admitted in 2016–2025 (n=5,074), including work-related burns (n=535), were retrospectively reviewed. Annual proportions were calculated. Because proportions dropped during COVID-19 (2020–2022), these years were excluded from the primary trend analysis. Period differences were tested with two-proportion tests and an overall 2×3 chi-square test; trends excluding 2020–2022 were evaluated with linear regression. Results: Work-related burns accounted for 10.5% (535/5,074). The proportion decreased in 2020–2022 versus 2016–2019 (7.7% vs. 10.9%; P=0.002) and increased in 2023–2025 versus 2020–2022 (13.1% vs. 7.7%; P<0.001); overall period differences were significant (chi-square P<0.001). Excluding 2020–2022, the proportion increased by +0.34 percentage points/year (95% confidence interval, 0.05–0.63; P=0.029). Scalds (53.6%) and electrical burns (18.5%) predominated. Mean burn total body surface area (TBSA) was 5.9%±9.2%, with 83.7% <10% TBSA; 78.9% were second-degree burns. Surgery was performed in 292 (54.6%), most commonly split-thickness skin grafting (STSG; n=150) or STSG with acellular dermal matrix (n=92). The highest incidence occurred in summer (33.3%). Conclusion After excluding 2020–2022, the institutional proportion of work-related burns increased over time despite declining total burn admissions. This reflects a relative shift in case-mix, not population-level incidence; explanations such as changing exposures or improved reporting/compensation are hypothesis-generating.

Background: Adequate tissue oxygenation is a key determinant of diabetic foot ulcer (DFU) outcomes. Though transcutaneous oxygen pressure (TcPO2) is the gold standard for evaluating tissue oxygenation, its limited availability restricts routine clinical use. Consequently, toe pressure is frequently utilized as a practical surrogate; however, the direct correlation between these two modalities has yet to be rigorously investigated. This study aimed to assess the correlation and agreement between TcPO2 and toe pressure in patients with DFUs. Methods: A retrospective review was conducted on 837 DFU patients who received simultaneous TcPO2 and toe pressure assessments. The correlation between the two tests was analyzed using the Pearson correlation coefficient, and agreement was evaluated using Bland–Altman analysis. To aid interpretation, a scatterplot and Bland–Altman plot were generated. Results: TcPO2 and toe pressure demonstrated a strong correlation (R=0.66; 95% confidence interval, 0.62 to 0.70; P<0.001). Bland–Altman analysis showed a mean bias of 26.9 mmHg (standard deviation of differences, 28.8 mmHg; 95% limits of agreement, −28.9 to 82.6 mmHg) between toe pressure and TcPO2, reflecting limited agreement and increased variability at higher perfusion levels. Conclusion TcPO2 and toe pressure are strongly correlated. However, they are not interchangeable, particularly in DFU patients with high tissue perfusion.