[Influences of follow-up methods on rehabilitation and compliance of patients with severe scar after burns].

Objective: To observe the influences of different follow-up methods on rehabilitation and compliance of patients with severe scar after burns. Methods: From January 2012 to May 2016, medical records of 116 patients with severe scar after burns who were admitted to our unit, discharged after wound healing and conforming to the criteria, were retrospectively analyzed. They were divided into face-to-face follow-up group [n=59, 45 males and 14 females, aged (36±9) years] and routine follow-up group [n=57, 44 males and 13 females, aged (35±9) years] based on different follow-up methods they received. On the day of discharge and in post discharge month (PDM) 1, 3, and 6, the Vancouver Scar Scale (VSS) was used to evaluate the hypertrophic scar in joints, Activities of Daily Living (ADL) scale was used to evaluate the disability of patients in the 2 groups. In PDM 1, 3, and 6, Medical Compliance Behavior Questionnaire was used to investigate the medical compliance behaviors of patients in the 2 groups. Data were processed with chi-square test, t test with Bonferroni correction, and analysis of variance for repeated measurement. Results: (1) The VSS score of patients in face-to-face follow-up group on the day of discharge was (11.1±0.7) points, which was close to (11.7±0.7) points of routine follow-up group (t=2.021, P>0.05). The VSS scores of patients in face-to-face follow-up group in PDM 1, 3, and 6 were (10.5±0.6), (8.6±0.7), and (4.7±0.5) points, which were significantly lower than (11.4±0.7), (10.9±1.0), and (9.4±0.8) points of routine follow-up group respectively (t=2.034, 2.033, 2.042, P<0.05 or P<0.01). (2) The ADL score of patients in face-to-face follow-up group on the day of discharge was close to that of routine follow-up group (t=1.781, P>0.05). The ADL scores of patients in face-to-face follow-up group in PDM 1, 3, and 6 were higher than those of routine follow-up group respectively (t=9.683, 8.584, 9.772, P<0.01). (3) The compliance rates of consisted rehabilitation, reasonable diet, and timing consultation of patients in face-to-face follow-up group were better than those of routine follow-up group respectively (χ(2)=19.015, 13.251, 8.652, P<0.01). Conclusions: Compared with routine follow-up by phone, face-to-face follow-up can do better in evaluating the scar condition and ADL of patients with severe scar after burns, and improve the medical compliance rates of patients, which is worthy of clinical promotion.

[Initiation, development, and achievements of burn rehabilitation therapy in China].

Burn rehabilitation in China started from compression therapy in the mid-1970s, which showed the dual effects of prevention and treatment of hypertrophic scars. It not only promoted functional rehabilitation but also strengthened the confidence of patients in rehabilitation treatment. Thereafter, more therapies were brought into practice, such as intra-scar injection of triamcinolone acetonide, application of plastic splints, hydrotherapy, exercises with equipment, skin care, local therapeutic massage, active and passive exercises, as well as external use of drugs for inhibiting scars and pigments. Since the beginning of the 21st century, rehabilitation therapies have been gradually increasing. Psychological rehabilitation, occupational therapy, external use of silicone gel, wax therapy and sound, light, electricity, and radiation therapy have been carried out. Many hospitals have established foundations and held summer camps for children. As far as the whole country is concerned, compared with the huge demand, we still face a number of problems such as shortage of working staff, limited working space, capital chain rupture, lack of multi-disciplinary cooperation, untimely treatment, and incomplete rehabilitation. Nowadays, with increasing knowledge of burn rehabilitation and number of practitioners, improvement of equipment and economic situation, the pace of rehabilitation has accelerated, and the overall implementation of burn rehabilitation therapy has shown great vitality. Patients with burn injury involving over 80% total burn surface area (TBSA) of total burn area or full-thickness burn over 60% TBSA were cured and recovered in different levels of hospitals nationwide, which not only reflects the superb level of burn treatment in China but also reflects the overall improvement of rehabilitation level of the country.

Anesthetic Practices for Laser Rehabilitation of Pediatric Hypertrophic Burn Scars.

The use of ablative fractional carbon dioxide laser therapy and pulsed dye laser therapy has led to significant improvements in the rehabilitation of hypertrophic burn scars. However, laser procedures are associated with appreciable pain among pediatric patients. Clinical consensus suggests using general anesthesia for pediatric laser procedures; however, guidelines for perioperative care are lacking. The objective of this quality improvement study is to determine whether a difference exists in postoperative pain outcomes in pediatric patients who receive intraoperative opioid regimens compared with patients who receive opioid-sparing regimens for laser therapy of hypertrophic burn scars. A retrospective review of patients who received laser therapy at a pediatric burn center from April 2014 to May 2015 was performed. Overall, 88 of the 92 procedures reviewed were included. A statistically significant difference was not found between the likelihood of postoperative pain when intraoperative opioid regimens (n = 63) were given compared with opioid-sparing regimens (n = 25) X (1, n = 88) = 2.870, P = .0902. There was also no difference between short-acting (n = 48), long-acting (n = 9), or combination (n = 6) intraoperative opioids compared with opioid-sparing regimens (n = 25) in the likelihood of postoperative pain. Despite the small sample size, the low number of postoperative pain cases is encouraging. Ultimately, these data provide a foundation for developing anesthetic guidelines for pediatric laser procedures. Specifically, clinicians should consider the potential to deliver adequate perioperative care via an opioid-sparing regimen ± adjuvant.

Profile of Patients Without Burn Scar Contracture Development.

Burn scar contractures (BSCs) are a frequently recognized problem for survivors of burn injury. In the burn literature, many reports focus on the frequency and factors associated with the BSC development. To the contrary, few burn rehabilitation publications report on patients who are able to successfully avoid developing BSC. From a prospective, multicenter study, data were extracted and reviewed on a group of 56 adult burn survivors who were discharged from their acute hospitalization without any measured BSCs. Forty-three variables with a recognized or presumed association with the development of BSCs were analyzed and are reported. Highlighted features of the noncontracted group included being an adult male with an educated background and few associated physical, medical, or social problems. The group had relatively small burn sizes that nonetheless required hospitalization. Despite the overall TBSA, the majority of the burn areas required skin grafting, although this area also represented a small area. The patient group had a longer than expected hospital stay. Rehabilitation was provided to patients on 80% of their hospital days. In addition, patients received sufficient rehabilitation treatment based on the number of cutaneous functional units involved in the burn injury. Patients were judged to have a high pain tolerance and compliant with rehabilitation. The results of this study document the clinical circumstances that patients with burn injury can be discharged from their acute hospitalization with the development of BSC. This study challenges the rehabilitation personnel to expand the upper limit of burn severity that can result in similar positive outcomes.

Fabrication of total-contact burn masks by use of human body topography and computer-aided design and manufacturing.

Total-contact burn masks are used to treat scar tissue hypertrophy of the face. The mask should conform very closely to the contours of the face and provide evenly distributed pressure. The mask is worn continually throughout wound maturation. Lack of fit because of an inability to obtain exact facial contours by use of an alginate material diminishes the effectiveness of the mask. A multidisciplinary team representing physical therapy, CAD/CAM (computer-aided design and computer-aided manufacturing), biomedical engineering, and prosthetics has advanced the method of developing total-contact burn masks by use of human body electronic imaging, computer graphics, and numerically controlled milling processes. High-resolution surface scanning and CAD/CAM have been used successfully to accurately fabricate three such masks. The methodology and preliminary results from use of these state-of-the-art techniques are described in this article.

The Vancouver Scar Scale: an administration tool and its interrater reliability.

The Burn Scar Index, often called the Vancouver Scar Scale, is widely used in clinical practice and research to document change in scar appearance. Several sections of the Index require equipment to accurately score the items. Additionally, the numeric scores are difficult to remember. We recently devised a pocket-sized tool to aid in scoring the scar and to increase staff compliance in use of the Index. With this tool interrater reliability is good, which makes the Burn Scar Index a viable measure for research.

Rehabilitation of burn injuries.

Burn rehabilitation is a complex and difficult process for the burn survivor, his or her family, and the entire treatment team. This article describes the best approaches in burn care, including the use of a multidisciplinary team that emphasizes functional restoration through aggressive wound care, pain management, mobilization, and psychologic support.

[Burn scars: rehabilitation and skin care]. / Cicatrices de brûlures: rééducation et soins dermatologiques.

Burn rehabilitation main goal is to minimize the consequences of hypertrophic scars and concomitant contractures. The treatment principles rely on the association of joint posture, continuous pressure completed with range of motion to prevent joint fusion (which happens to adults but not to children). Throughout the different treatment phases and wound evolution, reassessment is necessary to review rehabilitation goals and activities. During the acute phase the alternance of positioning is prioritized in order to keep the affected extremities in antideformity position using splint or other devices. At the rehabilitation phase, treatment is focussed on active/passive range of motion (skin posture) strengthening exercises and use of dynamic splint is introduced to correct contractures. After their discharge home, patients benefit from outpatient rehab until scar maturation (approximately 18 months). The treatment consists mainly on active/passive range of motion, scar massage, strengthening exercise and endurance retraining. Also modalities (such as thermal bath and high pressure water spray) are used to address itching problems and for scar softening. Finally, reconstructive surgery can be performed to correct excessive scarring or joint contracture for better functional or cosmetic outcome.

The effect of burn rehabilitation massage therapy on hypertrophic scar after burn: a randomized controlled trial.

OBJECTIVE: To evaluate the effect of burn rehabilitation massage therapy on hypertrophic scar after burn. METHOD: One hundred and forty-six burn patients with hypertrophic scar(s) were randomly divided into an experimental group and a control group. All patients received standard rehabilitation therapy for hypertrophic scars and 76 patients (massage group) additionally received burn scar rehabilitation massage therapy. Both before and after the treatment, we determined the scores of visual analog scale (VAS) and itching scale and assessed the scar characteristics of thickness, melanin, erythema, transepidermal water loss (TEWL), sebum, and elasticity by using ultrasonography, Mexameter(®), Tewameter(®), Sebumeter(®), and Cutometer(®), respectively. RESULTS: The scores of both VAS and itching scale decreased significantly in both groups, indicating a significant intragroup difference. With regard to the scar characteristics, the massage group showed a significant decrease after treatment in scar thickness, melanin, erythema, TEWL and a significant intergroup difference. In terms of scar elasticity, a significant intergroup difference was noted in immediate distension and gross skin elasticity, while the massage group significant improvement in skin distensibility, immediate distension, immediate retraction, and delayed distension. CONCLUSION: Our results suggest that burn rehabilitation massage therapy is effective in improving pain, pruritus, and scar characteristics in hypertrophic scars after burn.

Physical and psychiatric recovery from burns.

Burn injuries pose complex biopsychosocial challenges to recovery and improved comprehensive care. The physical and emotional sequelae of burns differ, depending on burn severity, individual resilience, and stage of development when they occur. Most burn survivors are resilient and recover, whereas some are more vulnerable and have complicated outcomes. Physical rehabilitation is affected by orthopedic, neurologic, and metabolic complications and disabilities. Psychiatric recovery is affected by pain, mental disorders, substance abuse, and burn stigmatization. Individual resilience, social supports, and educational or occupational achievements affect outcomes.

[Physical therapy for scars]. / La physiothérapie des cicatrices.

Physical therapy consists notably of hand or mechanical massages, pressure therapy using various fabrics or splints, cryotherapy, laser therapy, etc. It forms part of the range of therapies used to treat pathological scars, including medical and surgical treatment. While the results are often satisfactory for hypertrophic scars, they remain uncertain for major keloids.

Harnessing the Transparent Face Orthosis for facial scar management: a comparison of methods.

The Transparent Face Orthosis (TFO) is widely used in the treatment of facial burns to minimize hypertrophic scarring and maintain the contours of the face against deforming scars. Compression of the TFO is achieved with forces provided by the harness system (straps and anchors) used to secure the TFO on the face. A variety of harness system designs are used clinically yet none have been described or compared in the literature. The purpose of this study was to compare seven common methods of TFO harnessing including cost, time, and ease of fabrication. Results showed that harness systems vary in cost from $0.22 to 96.45 and take 2-49 min to fabricate. The 4-point harness was the least expensive and the easiest harness to fabricate. The Beanie Cap harness was the most complex system to make, while the Open Mask Stabilizer was the most expensive. The systems resulted in varying distributions of compression when depicted with three-dimensional laser scanned images. This description and comparison of fabrication materials and methods for TFO harnessing can guide clinicians within the burn community worldwide who have varying skills and resources for facial scar management.

Abordaje de la mano con quemaduras en una unidad de grandes quemados / Management of burned hand in a critical care burn unit

Introducción y Objetivo. Las quemaduras en las manos suponen un volumen total muy importante en la atención sanitaria. Prácticamente la totalidad de la población ha sufrido o sufrirá a lo largo de su vida una quemadura en sus manos. Afortunadamente, la inmensa mayoría no requerirá una atención especializada por parte de un cirujano plástico. Aun así, el impacto de los que sí precisan dicha atención es importante y debemos tener siempre planificado cómo actuar en cada situación. La función final que se obtenga de una mano quemada será de vital importancia, tanto si es la única zona del cuerpo afectada, como si entra en el contexto del gran quemado, y más en estos casos puesto que tendrá una gran repercusión positiva en su calidad de vida si se logra un resultado óptimo y/o funcional. El objetivo de este artículo es revisar nuestra experiencia como Unidad de Quemados en el tratamiento de la mano quemada y mostrar una serie de ejemplos de abordaje de las secuelas de quemaduras en manos que permita al paciente reincorporarse de forma completa a su actividad habitual. Material y Método. Revisamos los pacientes atendidos en nuestra Unidad entre 2012 y 2014, la afectación en manos, su epidemiología, distribución por variables, y revisamos varios casos de secuelas, algunos típicos y otros menos frecuentes. Resultados. Atendimos a un total de 307 pacientes, de los cuales 68 sufrieron quemaduras en 1 mano y 113 en las 2, requiriendo finalmente cirugía 155 manos. Del total, 39 pacientes provenían del ámbito laboral, de los cuales sufrieron quemaduras en manos 20, siendo en estos casos más frecuente la afectación de ambas manos que en los pacientes que no sufrieron accidentes laborales (4 afectados en una sola mano y 20 en ambas manos). Conclusiones. Nuestros pilares básicos se centran en: un diagnóstico preciso y precoz de profundidad, extensión y repercusiones; un tratamiento quirúrgico temprano y adecuado; un manejo rehabilitador continuo; y un seguimiento detallado de las posibles secuelas para poder tratarlas con la mejor indicación y en el momento preciso (AU)

Background and Objective. Hand burns have a very important total volume in healthcare. Virtually all of the population has suffered or will suffer throughout the life a burn on hands. Fortunately, the vast majority do not require a specialized attention by a plastic surgeon. Still, the impact of those who need such specialist attention is important and we must always plan what to do in every situation. The final function that is obtained from a burned hand will be vital whether it is the only area affected as if within the context of a critical burn patient, and more so in these cases as it will have a positive impact on their quality of life if results achieved are optimal and/or functional. The aim of this study is to present our experience as Burns Unit in the treatment of burned hands, and to review some examples of management of burns sequels in hands in order to get a complete reintegration of patients to their usual activities. Methods. We reviewed patients at our Unit involvement in hands, epidemiology, distribution in variables, and reviewed several cases, some typical and others less frequent. Results. We attended a total of 307 patients, 68 of them with burns in 1 hand, and 113 in both hands, finally needing surgery 155 hands. From the total, 39 patients came from the laboral ambient, 20 with hand burns, being both hands burns more frequent in those cases than in those who didn't suffered laboral accidents (4 burns in only 1 hand and 20 in both hands). Conclusions. Our cornerstones are: an accurate and early diagnosis of depth, extent and impact; an early and appropriate surgical treatment; continuous rehabilitation management; and a close follow up of the possible sequelae to treat them with the best indication and at the right time (AU)

Hypertrophic scar.

Hypertrophic scars are common complications of burn injury and other soft tissue injuries. Excessive extracellular matrix combined with inadequate remodeling of scar tissue results in an aesthetically and functionally unsatisfactory, painful, pruritic scar that can impair function. Treatment options are available to rehabilitation practitioners, but none are entirely satisfactory. An interdisciplinary clinical program is necessary for best outcomes. Challenges to be met by the rehabilitation community include research into the quantification of burn scar measurement, the effects of mechanical forces on wound healing and scar management, and the best combination of surgical, pharmacologic, and therapy interventions to maximize outcome from reconstructive procedures.

Burn therapists' opinion on the application and essential characteristics of a burn scar outcome measure.

Comprehensive burn rehabilitation requires the use of an appropriate burn scar outcome measure (BSOM). The literature reports many BSOMs; however, an objective, practical, inexpensive, valid, reliable, and responsive instrument eludes us. A problem in the development of such a measure is disagreement in which scar properties to include. The objective of this study was to determine the burn scar variables that therapists believe should be included in a BSOM. An Internet survey was administered to burn occupational and physical therapists. The response rate was 38.6% (105 surveys). Of the respondents, 38.1% use a BSOM; of those, 75% use the Vancouver Scar Scale. Reasons why respondents do not use a BSOM (61.9%) are because they are not familiar with available measures, have not found one that is clinically practical, or need more training. The majority (95%) believes that using a BSOM is important, and the following BSOM characteristics were reported as important: reliable, valid, quick, easy, and noninvasive. Respondents indicated that the following properties should be included in a BSOM: pliability (96.2%), vascularity (92.4%), height (87.6%), appearance (75.2%), skin breakdown (74.3%), itch (73.3%), surface texture (70.5%), pigmentation (68.6%), and pain (67.6%). This study suggests that using a BSOM is important despite its inconsistent use, and BSOM education may be valuable. The top three agreed-upon properties for inclusion are already incorporated into the most commonly used BSOM-the Vancouver Scar Scale-suggesting that modifications may be reasonable.