- Open Access
Guidelines for burn rehabilitation in China
Burns & Trauma volume 3, Article number: 20 (2015)
Quality of life and functional recovery after burn injury is the final goal of burn care, especially as most of burn patients survive the injury due to advanced medical science. However, dysfunction, disfigurement, contractures, psychological problems and other discomforts due to burns and the consequent scars are common, and physical therapy and occupational therapy provide alternative treatments for these problems of burn patients. This guideline, organized by the Chinese Burn Association and Chinese Association of Burn Surgeons aims to emphasize the importance of team work in burn care and provide a brief introduction of the outlines of physical and occupational therapies during burn treatment, which is suitable for the current medical circumstances of China. It can be used as the start of the tools for burn rehabilitation.
With the improvement of medical science, wound healing and life saving are no longer the only goal of burn care. The importance of deformity prevention, functional restoration, aesthetic improvement and return to family and society has become more apparent for patients and families as well as burn caregivers.
This preliminary guideline is written on the basis of our nation-wide survey on the current status of burn rehabilitation in China . In addition, we also make references to several practice guidelines for burn rehabilitation from European countries and the U.S. as references . It was considered suitable for the current medical service level in China at the conference of Chinese Burn Association and Chinese Association of Burn Surgeons. This guideline is only a starting point, with revisions and improvements through clinical practices; it will become more comprehensive and practical, and will be of benefit for more burn patients in China as well as other countries.
Goal setting for burn rehabilitation
Short-term goal: To maintain and gradually increase the range of motion (ROM) in the uninjured and injured areas, to reduce edema and pain, to improve muscle strength and endurance, to prevent contracture, and to minimize scar formation.
Long-term goal: To improve ROM and muscle strength, to further enhance exercise capacity, flexibility and coordination, and to restore the ability of ambulation.
Criteria for discharge: Patients are able to transfer, ambulate, eat, use the toilet, and perform other activities of daily living without or with some assistance.
The ultimate goal: patients can restore their abilities to their pre-injury condition, return to family and society: 1) Independent ADL, studying and working; 2) better aesthetic appearances; and 3) better psychological adaptation [3, 4].
Concerns of burn rehabilitation
Rehabilitation of burn patients should focus more on the following conditions [5, 6]: 1) Muscle atrophy and reduced muscle strength, endurance, balance and coordination due to immobilization; 2) Reduced ROM caused by deposition of fibrous tissues and adhesion of soft tissue around joints due to immobilization; 3) Anchylosis and deformity caused by hypertrophic scarring or contraction of soft tissues such as scar, tendons, capsules of joints and muscles due to immobilization; 4) Cardiorespiratory reconditioning, hypostatic pneumonia, deep venous thrombosis, and pressure sores due to immobilization; 5) Adjuvant therapies to help the healing of burn wounds, wounds infection control, and limb edema; 6) Abnormal pigmentation caused by burns and disfigurement caused by hypertrophic scarring; 7) Adjuvant therapies to improve symptoms caused by scars and wounds such as paresthesia, pain, itching, and sleep disorder ; 8) Decreased ADL, learning and working abilities after injury; 9) Social and psychological disorders caused by burns ; 10) Follow-up of patients as outpatients after discharge.
Scope of burn rehabilitation
Rehabilitation after burns should include the following: 1) Patient and care-giver education on rehabilitation; 2) Rehabilitation assessment ; 3) Positioning; 4) Exercises for improving muscle strength, endurance, balance, coordination, and cardiopulmonary function as well as preventing deep venous thrombosis and pressure sores; 5) Active and passive exercises to maintain and improve ROM ; 6) Occupational therapy, vocational therapy, and training programs to improve ADLs; 7) Splinting to prevent and ameliorate deformity, and maintain joint function; 8) Physical therapies to promote wound healing and infection control; 9) Physical therapies for contractures of hypertrophic scar, limb swelling, acute and chronic inflammation, pain, and itching; 10) Comprehensive scar treatments such as pressure therapy , massage, stretching, splinting, intra-lesional injections of medications, skin care for hypo-pigmentation, hyper-pigmentation, and hyperemia, laser therapy, and techniques of scar camouflage; 11) Medications to alleviate the symptoms such as pain, itching and sleep disorders; 12) Psychological assessment, counseling and therapy ; 13) Monitoring and treatments of nutritional disorders and organ functions.
The team work of burn rehabilitation
Rehabilitation of a burn patient requires a team approach. No one can achieve the goal alone . Therefore, a multidisciplinary teamwork model system is advocated and established in different burn care units [14, 15] to meet the common goal of “maximum recovery to the pre-injury status of burn survivors”. In addition to burns surgeons and nurses, physical and occupational therapists, rehabilitation nurses should also be included. The team may also include physiatrists, psychologists and psychotherapists, nutritionists, wound treatment professionals, social workers, and also patients  and their families.
Burn rehabilitation should be carried out by person with professional rehabilitation background. If possible, therapists can also be subdivided into physical therapists (PT), occupational therapists (OT), vocational therapists, orthotists and prosthetists. Otherwise, burn surgeons and nurses from burns units, who have received relevant rehabilitation training, can take over the duties of rehabilitation.
Burn surgeons are responsible for medical treatment of burn patients, including medications, life support, wound care and operations. They are the team leaders of the overall treatment plan during the acute and wound treatment period. Rehabilitation therapists should closely communicate with them about the time and treatments conducted during whole process .
To be a rehabilitation physician in a burn ward, experiences in wound care, surgical techniques and scar treatment are preferred. During the wound treatment period, burn rehabilitation physicians should develop a rehabilitation plan and confirm it with burn surgeons . When wound closure is completed, burn rehabilitation physicians are responsible to work out the overall rehabilitation plan with therapists and supervise the plan’s implementation, to monitor the physical conditions of the patients and deal with comorbidities and residual wounds.
Rehabilitation therapists provide comprehensive rehabilitation assessments, set short-term and long-term goals of rehabilitation, and implement the entire rehabilitation program according to the patient’s condition. Timely communications on the progress of the patient’s functional outcome to burn surgeons and rehabilitation physicians are required. For burn units without full time therapists, professionals from rehabilitation department of the hospital can be assigned for the job.
Responsibilities of PT
PT focus mainly on positioning, range of motion (ROM), muscle strength, endurance, balance, coordination and respiratory rehabilitation of the patients. They help patients regain the abilities of transfer, ambulation and proper gait. Various physical therapies can be used to eliminate or reduce the degree of dysfunction and improve mobility. The final goal of physical therapy is to enhance the adaptability of social participation, and improve the quality of life of the burn patients .
Responsibilities of OT
Responsibilities of OT are to maintain and improve ROM, muscle strength, endurance, flexibility, and coordination of limbs through designed target-oriented activities that burn patients can actively participate in, with the help of splints and scar treatment modalities. Restoring ADLs of burn patients and promoting social participation and reunification is the goal of the therapy .
Rehabilitation nurses mainly coordinate between rehabilitation physicians and rehabilitation therapists , educate and promote knowledge of rehabilitation, provide guidance for positioning and ADL training, and facilitate patients to attain rehabilitation goal within limited time. They also provide guidance and supervision for the usage of pressure garments and splints. Moreover, they should recognize patients’ psychological changes and discuss them with physicians, rehabilitation therapists, and psychotherapists for further treatment . Rehabilitation nurses play an indispensable connecting role among patients, their families, and the rehabilitation team .
Psychiatrists or psychologists
Psychiatrists or psychologists are responsible for assessing the patients’ psychological states and determining the need for medication, counseling, and other interventions to help burn patients overcome anxiety, depression, pessimism, and other psychological disorders after the injury, thereby helping burn patients establish good psychological adaptation to the injury.
Collection, quantification, analysis and comparison data of patients’ functional status with relevant information are foundations of functional diagnoses. Rehabilitation assessment is usually performed by using physical examination, instrument testing, clinical observations, and questionnaires to analyze and determine the functional status and potential of the patient.
To date, there are no globally accepted and standard assessment tools specifically designed for burn patients . The widely used applications are as follows: 1) A goniometry for the measurement of ROM; 2) Manual muscle strength testing and grip dynamometer for the measurement of muscle strength; 3) Barthel index (BI) and the Functional Independence Measure scale (FIM) for the assessment of ADLs; 4) Vancouver Scar Scale  for the evaluation of scars; 5) Electromyography and nerve conduction tests for electrophysiological assessment of the neuromuscular system; 6) Exercise testing and pulmonary function test for the assessment of cardiopulmonary function; and 7) Psychological and mental disorder assessment scales.
Rehabilitation therapies at different stages
The pathophysiological changes post-burn is clinically divided into shock, infection, and wound healing phases. Except for the accurate definition of shock phase, which is defined as 48 h to 72 h post-injury, these three phases overlap in time and interact with each other, therefore, there is no hard line between one another.
A concept that needs to be popularized is that burn rehabilitation starts day one after injury. It should be implemented before wound closure finishes and should not be a supplementary therapy afterwards, or patients may miss the optimal time frame for treatment and hamper the effectiveness of rehabilitation, which in turn will result in low compliances of treatments. Burn rehabilitation should begin immediately after injury and continue throughout the entire process until several months to years post-burn [26–28].
Rehabilitation is an indispensable part of the whole burn care process and need a multidisciplinary team approach . It could be divided into the following two stages: wound healing and post-healing stage. In the wound-healing stage, burn surgeons are responsible for making various treatment decisions. Once wound closure is completed, rehabilitation should be coordinated and arranged by burn rehabilitation physicians and/or rehabilitation therapists.
According to the patient’s general condition, wound healing stage can be further divided into stages with unstable and stable vital signs. The two conditions are interconvertible. Post-healing stage can be subdivided into inpatient and outpatient rehabilitation stages .
Therapies of patients with unstable vital signs
Patients are under a life-threatening situation during this phase. Therefore, therapies should be implemented carefully within acceptable range . It mainly includes: 1) Appropriate positioning to reduce edema of limb and face; 2) Maintaining ROM ; 3) Splinting to keep joints in anti-contracture and/or functional positions; and 4) Communicating with and educating patients and their families to strengthen their confidence to therapies.
Prolonged immobilization may result in contracture of joints, which could be prevented or delayed by the following treatments: 1) Passive and/or active ROM training of intact and involved joints at least twice a day. During the treatment, duration, range and strength of individual treatment should be adjusted to a safe limit according to changes of vital signs (heart rate, blood pressure, and respiration rate) ; 2) To minimize the pain, therapies could be performed during wound debridement and dressing changes, if possible; 3) Contractures of tendon, collateral ligament and capsule can be minimized by appropriate anti-contracture positioning  and splinting (Table 1).
Therapies of patients with stable vital signs
Vital signs are relatively stable in this phase, therefore, duration, range and strength of therapies could be increased according to patient’s tolerance. They are encouraged to participate in active movements. Therapies in this phase are: 1) Passive ROM training; (2) Active ROM and muscle strength training; 3) Edema control; 4) ADLs training based on patient’s capability; 5) Scar management; and 6) Preparation for returning to work [35, 36], school, and entertainment.
Inpatient rehabilitation phase (post-healing stage)
During this phase, wound healing is completed and patient’s physical conditions are significantly improved. Patients are able to withstand relatively higher intensity of therapies. Thus, ADLs training should be focused on improving the overall capability. Therapies should be co-ordinated with the requirement of returning to their work, school, and entertainment.
The scar problems become prominent and comprehensive scar management would be extremely important. Rehabilitation in this phase includes the following: 1) ROM training, strength training, and gait training; 2) ADLs training; 3) Comprehensive scar management; and 4) Using toys and games to assist their rehabilitation processes for pediatric patients.
Outpatient rehabilitation (post-healing stage)
In general, the most difficult time for burn patients is 1–2 years post-injury. Although patients have been discharged from the hospital, they still need long-term rehabilitation therapies and follow-up. Therapies in this phase include: 1) Making a follow-up plan; 2) ROM and strength training to improve physical function; 3) ADLs training; 4) Scar management; 5) Periodical assessments of functional status and adjust treatment plans accordingly; and 6) Considering reconstructive surgery if needed.
Implementation of rehabilitation therapies
Burn rehabilitation physicians and therapists are responsible for assessing the patient’s functional status and making appropriate therapeutic plans for each patients.
Patients tend to maintain comfortable positions to avoid further pain. But positions of comfort are always the positions of contracture. Appropriate positioning is the first line and by far one of the best way to avoid contractures and dysfunction [37, 38]. Positioning should begin immediately post injury and maintain during the entire process. Positioning should be carried out together with proper ROM training, otherwise, a prolonged fixed position will also result in reduced ROM and contracture.
Positioning could be achieved through various modalities including pads, pillows, headboard, foam pads, splints and restraint belts. Here are some examples: 1) Mouth splint could be used for patients with deep burns around the lips during wound healing to prevent microstomia contracture; (2) Fully abduction with horizontal adduction of 15°–20° of the arms (Fig. 1) can prevent axillary contracture when wounds involve the upper limb(s) and the chest. Brachial plexus injury should be avoided by slight adduction of the arm; 3) Patients with anterior neck burns should avoid using pillows and maintain extension of the neck. A pillow or cushion can be added under the shoulder to allow full extension of neck (Fig. 2)
. Patients with posterior neck burns should adjust the pillow to ensure that the neck slightly bends forward to prevent flexion contracture. Patients with bilateral neck burns should keep in a neutral position; 4) Patients with burns on the flexion side of elbow should place their elbow extended, while patients with burns on the extension side should maintain their elbow flexion at 70-90°. Circumferential elbow burns could adopt an alternate positioning strategy of extension and flexion. The forearm should be maintained in a neutral or supination position; 5) For wrist and hand, dorsal burns should be kept in a flexion position, while palmar burns should be kept in an extension position. Circumferential hand burns should maintain a functional or anti-contracture position. The position composed of thumb opposition, wrist slight extension, 50-70° MCP flexion and IP joints in full extension. All fingers should be separated with gauze to prevent web contraction. Splints can be used to maintain appropriate positions of limbs if necessary; 6) The hips should be kept fully extended and abducted (Fig. 3) when wounds involve the hips and perineum; 7) 10-20° flexion can be adopted using pads when burns affect the anterior knee. When burns are on the posterior side, the knee(s) should be maintained in extension. Splints can be used to keep the position if necessary; and 8) When wounds involve the ankle, it should be maintained in a neutral position with dorsiflexion of 90°. Foam pads or splints should be used to prevent planter flexion caused by Achilles tendon or scar contracture (Fig. 4)
Therapeutic exercises are the basic and most important therapeutic strategy in rehabilitation medicine and include passive and active exercises. No special, complicated, or expensive equipment are needed but the exercise prescription depends on the expertise of therapists, who are skillful and capable of making correct diagnosis of patient’s functional problem. Therapists are responsible for developing proper plans to minimize injury and ensure effects during exercises.
Therapeutic exercises include: 1) Exercises to maintain ROM; 2) Exercises to enhance muscle strength; 3) Exercises to enhance endurance; 4) Exercises to improve coordination; 5) Exercises to restore balance; 6) Ambulation training; and 7) Exercises to improve cardiopulmonary function. Passive, active-assistant and active exercises, resistive exercises as well as stretching techniques could be used either alone or in combination based on patient’s condition.
Advantages and disadvantages of therapeutics should be weighted to avoid significant interference with patients’ general condition and clinical pathophysiological processes. Exercise prescription should be adjusted if 1) Unstable vital signs and existence of a life-threatening condition; 2) Presence of significant redness, swelling, heat, pain, and other signs of acute infection in the treatment area; 3) Therapeutic exercise may cause further tissue damage if necrosis, exposure of blood vessels, deep vein thrombosis, and bone fractures exist; 4) Immobilization is needed due to skin grafting, fracture fixation and other reasons; 5) If the patient has significant psychiatric conditions or unconsciousness, exercises might be impossible.
Exercises could start from major joints (with or without burn injury) using passive, active-assistant and active ROM training. The intensity needs to be adjusted based on the patient’s tolerance. Strict bed rest should be minimized and sitting out of bed and early ambulation with or without assistance should be encouraged as much as possible. All team members should be aware of that elevation and pressure bandaging can help to relieve the pain and edema during ambulation .
It is recommended to start exercises 5–7 days after skin grafting (or following the surgeon’s advice), active and passive ROM training at this time should be careful and gentle to protect the newly taken grafts. If the joint was not involved, ROM training can be conducted as soon as possible after the operation. Exercises and ambulation can also be carried out early if it will not affect the grafted area.
Active and passive ROM training after applying allograft and xenograft could start the first day post operation. Bandaging or splints could be chosen to immobilize the grafts for proper time according to the surgeons’ advice.
Exercises after artificial dermis transplantation could begin from unoperated limb(s) the first day post operation. Operated area should be bandaged or immobilized using splints. If joint was not involved, movement of operated limb(s) could begin 5–7 days post operation. If involved, time of exercises should be discussed with surgeons and rehabilitation physicians.
Exercises after sheet autografting could start after dressing change 5-7 days post operation. ROM training could be carried out according to the patient’s tolerance.
Exercises of donor sites could be introduced early post operation (post-operative day 1, if practical) using active and/or passive ROM training. Even if donor sites located on the lower limbs, patients could try to sit and walk with assistance, but should be careful with the grafted areas.
Intraoperative exercises (under anesthesia) can be introduced when discussed with or follow the decision from burn surgeon. ROM training and splinting can be easier under such circumstances, especially for children. Intraoperative ROM assessment could also be performed. But more carefulness should be paid to avoid tissue damage due to lack of protective reaction from patients under anesthesia.
Exercises under consciousness-sedation can be chosen for patients who cannot tolerate training even after giving medication or other pain control methods. Consciousness-sedation can be applied 2–5 days per week according to the judgment of anesthetist.
Hydrotherapy is performed to relieve itchiness, pain, and to improve patients' ROM and cardiopulmonary function. Different facilities could be used according to patient’s condition and specific situation of each burn unit. Some cautions include the following: 1) The entire process should be supervised by specialists such as therapists, nurses, or physicians in burn units; 2) Patients with open wounds should be treated very carefully to avoid cross infection as well as worsen of wounds or patients’ general conditions; and 3) Patients with unstable vital signs, or in infective status should not undergo hydrotherapy. The specific schedule of hydrotherapy should be decided by burn surgeon.
Splints are designed and fabricated by therapists or orthotists. Splints are tailored to help to maintain the functional or anti-contracture position of the injured body parts . Application of splints requires a team work from therapists, rehabilitation physicians, burn surgeons, nurses, patients, and caregivers. The timetable of wearing splints as well as checking list of skin conditions could be stuck to the patient’s bedside. Any abnormal skin conditions caused by splints should be reported immediately to rehabilitation and clinical team. The intervals for monitoring vary from once every hour to once every 4–6 hours, depending on types of splints and skin conditions.
The continuous regimen
Splint is recommended to be worn continuously except for dressing change, skin examination and exercise . It can be applied in the following situations: 1) To maintain or improve the outcomes of skin grafting, but the skin examination might be not practical with dressings; 2) To maintain the proper position of areas with circumferential, cross-joint, and deep burns; and 3) To retain the gained improvement of ROM.
The alternative application regimen
It is described as 10 hours on and two hours off. It can be applied under the following conditions: 1) To position areas with superficial circumferential or cross-joint burns; 2) To immobilize allografts and keep proper position; and 3) To maintain splinting as long as possible. When the splint is taken off, active and/or passive ROM should be carried out. However, if alternate application of splints significantly affects or limits active movements of the joint, the advantage and disadvantage of the splinting strategy should be carefully weighted.
Application only at night or rest
This strategy is mainly for patients who can perform daily activities with full ROM but still require maintenance of a position at rest.
1) Closely monitor skin bruising, wounds appearances, and adjust application strategies accordingly; and 2) Timely adjustment of splints according to changes of patients' ROM.
Comprehensive scar management
The chances of scar formation will increase if the healing process is over two weeks post burn. Scarring usually begins to develop within the first few months after burn, accelerates afterwards, peaks around 6 months, and will be stable and subside or “mature” around 12–18 months post injury. Active scars appear as red, raised and rigid with feeling like tight, itching and pain, as well as significant neovascularization [42, 43]. Hypertrophic scars around joints may hamper mobilization and result in deformity when contracted. To date, there is no single therapeutic strategy that can avoid hypertrophic scar formation completely. Combination of therapeutic strategies and interventions can achieve better outcomes . Pressure therapy, positioning, splinting, ROM training, and therapeutic exercises are irreplaceable treatments, which can prevent, inhibit and improve scar proliferation and contractures, as well as soften scar and alleviate accompanied symptoms .
Pressure therapy is still the first-line treatment for scars, especially for those with deep burns . It can relieve edema, inhibit growth of hypertrophic scars, promote scar maturation, protect the newly healed skin, and relieve itching and pain . The most commonly used products include pressure garments, pressure pads, elastic bandages, rigid transparent facemasks, and splints .
The following are some notes for pressure therapy: 1) Pressure therapy is recommended for areas that healed 2–3 weeks post burn to prevent and inhibit scar formation. Areas healed over 3 weeks post burn, grafted, and donor sites of split-thickness skin grafts should receive pressure therapy. 2) Pressure therapy does not necessarily have to be postponed until wound healing is completed, and for areas that require more than two weeks to heal, pressure therapy could be attempted using elastic bandages overlay wound dressings, and always begin with lower pressure and check the wound healing process. 3) Pressure therapy and wound healing processes should be weighted to patients’ best benefits. For example, when pressure therapy hampers wound healing or causes skin lesions, lower pressure or shorter wearing time, and/or more frequent dressing changes should be considered. 4) Pressure therapy should be carried out progressively to reduce the chances of skin breakdown caused by friction or high pressure on newly healed, fragile skin, and to improve patients’ tolerance and compliance. If the newly healed skin is too fragile to tolerate higher pressure, elastic bandaging, with which the pressure can be easily adjusted, can be introduced as an alternative choice. 5) Pressure garments are recommended to be worn continuously over 23 h a day, only to be taken off when dressing changing, taking shower, and scar treating. Pressure therapy should be maintained until scar maturation, when the scar fades in color and becomes soft, flat and pliable. This process often takes 1–2 years or longer. 6) Therapists should monitor the conditions of pressure products regularly. As the elasticity would reduce, it should be replaced every 2–3 months. 7) For irregular or concave body parts, pads could be inserted to ensure the curative effect. 8) Pressure products can be used together with anti-scarring cream and silicone sheets [49, 50]. 9) Children should be closely monitored during the treatment because poorly fitted pressure products might cause severe malformation to the body parts.
Although no study has reported the exact mechanism of scar massage , application of deep and slow pressure to scars can help soften the scar and improve ROM, as well as relieve pain and itching [52, 53].
Scar massage has been widely recommended for scar treatment and may help in the following ways: 1) Scar is often dry and itching with ulceration and other problems, massage with cream and oil can help to moisturize and soften the scar, increase the pliability, help to relieve itching and pain. 2) The tightness of scar might be partly caused by excessive fluid retained inside. Deep and firm massage can help to resolve this problem. Exercises accompanied with scar massage can also help to increase ROM . 3) Deep and circular massage can also help re-alignment of collagen fibers during scar formation. 4) Scar massage is also a way to desensitize newly healed skin and might promote sensory recovery.
Silicone sheets can effectively help scar softening and hydration . Some patients might have rashes or feel itching during application; gradually lengthen the time may be better way to start with . Evidence has shown that the application of silicone sheets alone has a certain anti-scarring effect  and better results can be achieved when combined with pressure garments .
Intralesional injection can be used to relieve symptoms and accelerate maturation and flatten of small hypertrophic scars, especially those with distinct itching and pain . Currently, the most commonly used medications for injection are corticosteroids, and triamcinolone acetonide and betamethasone have been widely used. Although intralesional injection shows significant inhibition effects on scar formation and could accelerate scar softening and maturation, the treatment regimens are not unified, and there are various regimens derived specifically from each unit’s practice. Cautions are: 1) Patients should be fully and clearly informed about the possible therapeutic outcomes and side effects before the treatment; 2) It is strongly recommended that detailed records should be taken during the treatment, such as case history, scar imaging (digital photography), Vancouver Scar Scale scores, visual analogue scale (VAS) of pain and itching, episodes of side effects, and so on; 3) Localized, cosmetic-related scars as well as ones with significant itching and pain could be prioritized for injection; 4) The dosage given per injection should be limited and intervals of injection should be adjusted according to scar’s reaction and side effects of patients.
Patients' attitude and motivation are important factors affecting the outcomes . Psychological factors, rather than trauma itself, may have more profound impact on burn patients . Each member of the burn team should pay attention to the psychological state of patients through daily communication .
Different psychological problems will be encountered in different stages of treatment: 1) During the acute and critical stage, vital signs are unstable and patients may exhibit anxiety, fear, hallucinations, and sleep disorders . 2) As wound healing progresses, the demand of surgery and critical care reduces, while the intensity of physical and occupational treatments increases. Patients gradually realize the extent of the damage and potential impact on their future. They may develop depression and post-traumatic stress disorder (PTSD). PTSD affects approximately 30 % of burn patients , which might present with sensitivity, phobia, and sleep disorders. Medications and psychological consultations may improve the condition. 3) After the initial recovery and 1–2 years after discharge from the hospital, patients with physical limitations often suffer from emotional problems when adapting to family life and a new working environment [64, 65]. They may also be affected by PTSD and show various degrees of depression, which will be further aggravated if adequate psychotherapy is lacking or delayed. The psychological treatment of patients relies on long-term attention as well as the relationship between patients and psychiatrists. It is highly recommended for patients to receive psychotherapy from professional organizations if possible .
Other types of physical therapies
Physical characteristics of light, electricity, ultrasound, magnetic field, water, paraffin, temperature, and pressure could be used to reduce local inflammation, relieve pain, improve muscle response, inhibit scar proliferation and accelerate blood circulation. Burn patients could possibly benefit from all those factors in inflammation reduction, wound healing , edema control, scar maturation and improvement of muscle and soft tissue conditions. The most commonly used are paraffin therapy, hydrotherapy , low-frequency electrotherapy [69, 70], medium-frequency electrotherapy, microwave therapy, shortwave therapy, air compression therapy , laser [72, 73], ultraviolet therapy , ultrasound , and cold therapy , which can be used alone or in combination according to the specific needs and conditions of the patients.
The reintegration of burn patients
For burn patients, the road to return to their normal family and social life is very long and difficult , especially for those with disfigurements and dysfunctions. The whole team, including medical professionals, patients and their families, organizations  and government agencies , should be engaged in helping burn patients better adapt to their families and the society. Sports, entertainment activities, vocational training programs, burn survival groups and peer support groups , patient or family supporting groups , camps for burned children [82–85] and other similar programs might be helpful to burn patients as well as their families.
Chen J, Li-Tsang CW, Yan H, Liang G, Tan J, Yang S, et al. A survey on the current status of burn rehabilitation services in China. Burns. 2013;39(2):269–78.
Simons M, King S, Edgar D, ANZBA. Occupational therapy and physiotherapy for the patient with burns: principles and management guidelines. J Burn Care Rehabil. 2003;24(5):323–35.
Sheridan RL. Burn Rehabilitation. In: Meier RH, editor. Medscape Drugs & Diseases. 2014. Updated: May 14, 2014. http://emedicine.medscape.com/article/318436-overview#a11. Accessed 15 Jun 2015.
Esselman PC. Burn rehabilitation: an overview. Arch Phys Med Rehabil. 2007;88(12):S3–6.
Falder S, Browne A, Edgar D, Staples E, Fong J, Rea S, et al. Core outcomes for adult burn survivors: a clinical overview. Burns. 2009;35(5):618–41.
Pallua N, Künsebeck HW, Noah EM. Psychosocial adjustments 5 years after burn injury. Burns. 2003;29(2):143–52.
Wiechman SA. Psychosocial recovery, pain, and itch after burn injuries. Phys Med Rehabil Clin N Am. 2011;22(2):327–45.
Esselman PC, Askay SW, Carrougher GJ. Barriers to return to work after burn injuries. Arch Phys Med Rehabil. 2007;88(12):S50–6.
Smailes ST, Engelsman K, Dziewulski P. Physical functional outcome assessment of patients with major burns admitted to a UK Burn Intensive Care Unit. Burns. 2013;39(1):37–43.
Kamolz L-P, Kitzinger HB, Karle B. The treatment of hand burns. Burns. 2009;35(3):327–37.
Li-Tsang CWP, Feng B, Huang L. A histological study on the effect of pressure therapy on the activities of myofibroblasts and keratinocytes in hypertrophic scar tissues after burn. Burns. 2015;41(5):1008–16.
Yang Z, Wang J-Q, Zhang B-Z. Factors influencing resilience in patients with burns during rehabilitation period. Int J Nurs Sci. 2014;1(1):97–101.
Butler DP. The 21st century burn care team. Burns. 2013;39(3):375–9.
Al-Mousawi AM, Mecott-Rivera GA, Jeschke MG, Herndon DN. Burn teams and burn centers: the importance of a comprehensive team approach to burn care. Clin Plast Surg. 2009;36(4):547–54.
Yuxiang L, Lingjun Z, Tang L. Burn patients’ experience of pain management: a qualitative study. Burns. 2012;28(2):180–6.
Shepherd L, Begum R. Helping burn patients to look at their injuries: How confident are burn care staff and how often do they help? Burns. 2014;40(8):1602–8.
Cartotto R. The burned hand: optimizing long-term outcomes with a standardized approach to acute and subacute care. Clin Plast Surg. 2005;32(4):515–27.
Rea SM, Goodwin-Walters A, Wood FM. Surgeons and scars: differences between patients and surgeons in the perceived requirement for reconstructive surgery following burn injury. Burns. 2006;32(3):276–83.
Ebid AA, El-Shamy SM, Draz AH. Effect of isokinetic training on muscle strength, size and gait after healed pediatric burn: A randomized controlled study. Burns. 2014;40(1):97–105.
Montz R, Jr FG, Bash DS. Occupational therapy role on the battlefield: an overview of combat and operational stress and upper extremity rehabilitation. J Hand Ther. 2008;21(2):130–6.
Burd A, Cheung KW, Ho WS. Before the paradigm shift: concepts and communication between doctors and nurses in a burns team. Burns. 2002;28(7):691–5.
Xia Z-Y, Kong Y, Yin T-T. The impact of acceptance of disability and psychological resilience on post-traumatic stress disorders in burn patients. Int J Nurs Sci. 2014;1(4):371–5.
Serio-Melvin M, Yoder LH, Gaylord KM. Caring for burn patients at the united states institute of surgical research: the nurses' multifaceted roles. Nurs Clin North Am. 2010;45(2):233–48.
Lin S-Y, Chang J-K, Chen P-C, Mao H-F. Hand function measures for burn patients: a literature review. Burns. 2013;39(1):16–23.
Brusselaers N, Pirayesh A, Hoeksema H, Verbelen J, Blot S, Monstrey S. Burn scar assessment: a systematic review of different scar scales. J Surg Res. 2010;164(1):e115–23.
Procter F. Rehabilitation of the burn patient. Indian J Plast Surg. 2010;43(Suppl):S101–13.
Collings MJ. Reflections on rehabilitation: the AB Wallace lecture to the British Burn Association April 2003. Burns. 2004;30(1):49–56.
Edgar D. Active burn rehabilitation starts at time of injury: an australian perspective. J Burn Care Res. 2009;30(2):367–8.
Cowan AC, Stegink-Jansen CW. Rehabilitation of hand burn injuries: current updates. Injury. 2013;44(3):391–6.
Serghiou MA, Ott S, Farmer S. Comprehensive rehabilitation of the burn patient. In: Total Burn Care. 3rd ed. 2007. p. 620–51.
Anaf S, Sheppard LA. Physiotherapy as a clinical service in emergency departments: a narrative review. Physiotherapy. 2007;93(4):243–52.
Schneider JC, Qu HD, Lowry J. Efficacy of inpatient burn rehabilitation: A prospective pilot study examining range of motion, hand function and balance. Burns. 2012;38(2):164–71.
Wiles L, Stiller K. Passive limb movements for patients in an intensive care unit: A survey of physiotherapy practice in Australia. J Crit Care. 2010;25(3):501–8.
Mohammadi AA, Bakhshaeekia A. “Suture fixation of the fingers”: An effective method for positioning burned and contracted fingers using a pulley system as a guide. Burns. 2011;37(2):351–3.
Mackey SP, Diba R, McKeown D. Return to work after burns: a qualitative research study. Burns. 2009;35(3):338–42.
Palmu R, Partonen T, Suominen K. Return to work six months after burn: A prospective study at the Helsinki Burn Center. Burns. 2015;41(6):1152–60. doi:10.1016/j.burns.2015.06.010.
Leblebici B, Adam M, Bağiş S, Tarim AM, Noyan T, Akman MN, et al. Quality of life after burn injury: the impact of joint contracture. J Burn Care Res. 2006;27(6):864–8.
Serghiou M, Cowan A, Whitehead C. Rehabilitation after a burn injury. Clin Plast Surg. 2009;36(4):675–86.
Anand SC. Bandaging and pressure garments: an overview. In: Medical and Healthcare Textiles. 2010. p. 257–62.
Kwan M, Kennis W. Splinting programme for patients with burnt hand. Hand Surg. 2002;7:231–41.
Schouten HJ, Nieuwenhuis MK, van Zuijlen PPM. A review on static splinting therapy to prevent burn scar contracture: Do clinical and experimental data warrant its clinical application? Burns. 2012;38(1):19–25.
Thomas K, Critchley P. Management of scars. Surgery (Oxford). 2006;24(1):18–20.
Bloemen MC, van der Veer WM, Ulrich MM, van Zuijlen PP, Niessen FB, Middelkoop E. Prevention and curative management of hypertrophic scar formation. Burns. 2009;35(4):463–75.
Tziotzios C, Profyris C, Sterling J. Cutaneous scarring: Pathophysiology, molecular mechanisms, and scar reduction therapeutics: Part II. Strategies to reduce scar formation after dermatologic procedures. J Am Acad Dermatol. 2012;66(1):13–24.
Dewey WS, Richard RL, Parry IS. Positioning, splinting, and contracture management. Phys Med Rehabilit Clin North Am. 2011;22(2):229–47.
Macintyre L, Baird M. Pressure garments for use in the treatment of hypertrophic scars—a review of the problems associated with their use. Burns. 2006;32(1):10–5.
Ripper S, Renneberg B, Landmann C, Weigel G, Germann G. Adherence to pressure garment therapy in adult burn patients. Burns. 2009;35(5):657–64.
Candy LHY, Cecilia L-TWP, Ping ZY. Effect of different pressure magnitudes on hypertrophic scar in a Chinese population. Burns. 2010;36(8):1234–41.
Karagoz H, Yuksel F, Ulkur E. Comparison of efficacy of silicone gel, silicone gel sheeting, and topical onion extract including heparin and allantoin for the treatment of postburn hypertrophic scars. Burns. 2009;35(8):1097–103.
Moore KA, Silbernagel BJ. Reduction of postoperative scar formation with silicone sheeting: 2 case studies. J Am Col Certif Wound Spec. 2010;2(3):60–2.
Shin TM, Bordeaux JS. The role of massage in scar management: a literature review. Dermatol Surg. 2012;38(3):414–23.
Morien A, Garrison D, Smith NK. Range of motion improves after massage in children with burns: a pilot study. J Bodyw Mov Ther. 2008;12(1):67–71.
Cho YS, Jeon JH, Hong A. The effect of burn rehabilitation massage therapy on hypertrophic scar after burn: A randomized controlled trial. Burn. 2014;40(8):1513–20.
Van den Kerckhove E, Stappaerts K, Boeckx W, Van den Hof B, Monstrey S, Van der Kelen A, et al. Silicones in the rehabilitation of burns: a review and overview. Burns. 2001;27(3):205–14.
Nikkonen MM, Pitkanen JM, Al-Qattan MM. Problems associated with the use of silicone gel sheeting for hypertrophic scars in the hot climate of Saudi Arabia. Burns. 2001;27(5):498–501.
Momeni M, Hafezi F, Rahbar H, Karimi H. Effects of silicone gel on burn scars. Burns. 2009;35(1):70–4.
Foo CW, Tristani-Firouzi P. Topical modalities for treatment and prevention of postsurgical hypertrophic scars. Facial Plast Surg Clin North Am. 2011;19(3):551–7.
Nduka C, van Dam H, Davis K, Shibu M. Painless steroid injections for hypertrophic scars and keloids. Br J Plast Surg. 2003;56(8):842.
Kornhaber R, Wilson A, Abu-Qamar MZ. Coming to terms with it all: Adult burn survivors’ ‘lived experience’ of acknowledgement and acceptance during rehabilitation. Burns. 2014;40(4):589–97.
Gouin J-P, Kiecolt-Glaser JK. The impact of psychological stress on wound healing: methods and mechanisms. Crit Care Nurs Clin North Am. 2012;24(2):201–13.
Hobbs K. Which factors influence the development of post-traumatic stress disorder in patients with burn injuries? A systematic review of the literature. Burns. 2015;41(3):421–30.
Wisely JA, Wilson E, Duncan RT, Tarrier N. Pre-existing psychiatric disorders, psychological reactions to stress and the recovery of burn survivors. Burns. 2010;36(2):183–91.
Van Loey NE, van de Schoot R, Faber AW. Posttraumatic stress symptoms after exposure to two fire disasters: comparative study. PLoS One. 2012;7(7):e41532.
Öster C, Hensing I, Löjdström T. Parents’ perceptions of adaptation and family life after burn injuries in children. J Pediatr Nurs. 2014;29(6):606–13.
Bakker A, Maertens KJP, Van Son MJM. Psychological consequences of pediatric burns from a child and family perspective: A review of the empirical literature. Clin Psychol Rev. 2013;33(3):361–71.
Ter Smitten MH, de Graaf R, Van Loey NE. Prevalence and co-morbidity of psychiatric disorders 1–4 years after burn. Burns. 2011;37(5):753–61.
Kloth L. The roles of physical therapists in wound management: part IV. J Am Col Certif Wound Spec. 2009;1(4):106–8.
Langschmidt J, Caine PL, Wearn CM. Hydrotherapy in burn care: A survey of hydrotherapy practices in the UK and Ireland and literature review. Burns. 2014;40(5):860–4.
Cuignet O, Pirlot A, Ortiz S. The effects of electroacupuncture on analgesia and peripheral sensory thresholds in patients with burn scar pain. Burns. 2015;41(6):1298–305.
Lampe KE. Electrotherapy in tissue repair. J Hand Ther. 1998;11(2):131–9.
Partsch H. Use of Compression Therapy. In: Sclerotherapy. 5th ed. 2011. p. 123–55.
Liuzzi F, Chadwick S, Shah M. Paediatric post-burn scar management in the UK: A national survey. Burns. 2015;41(2):252–6.
Philipp CM, Scharschmidt D, Berlien HP. Laser treatment of scars and keloids – How we do it. Med Laser Appl. 2008;23(2).
Aleem NA, Aslam M, Zahid MF. Treatment of burn wound infection using ultraviolet light: a case report. J Am Col Clin Wound Spec. 2013;5(1):19–22.
Lehmann JF, de Lateur BJ. Ultrasound, shortwave, microwave, laser, superficial heat and cold in the treatment of pain. In: Handbook of Pain Management. 2003. p. 473–83.
Altintas B, Altintas AA, Kraemer R. Acute effects of local cold therapy in superficial burns on pain, in vivo microcirculation, edema formation and histomorphology. Burns. 2014;40(5):915–21.
Palmu R, Partonen T, Suominen K. Return to work six months after burn: A prospective study at the Helsinki Burn Center. Burns. 2015;16.
Chen KK. Lessons for creative cities from Burning Man: How organizations can sustain and disseminate a creative context. City Cult Soc. 2011;2(2):93–100.
Khaliq MF, Noorani MM, Siddiqui UA. Factors associated with duration of hospitalization and outcome in burns patients: A cross sectional study from Government Tertiary Care Hospital in Karachi, Pakistan. Burns. 2013;39(1):150–4.
Seehausen A, Ripper S, Germann G. Efficacy of a burn-specific cognitive-behavioral group training. Burns. 2015;41(2):308–16.
Badger K, Royse D. Adult burn survivors' views of peer support: a qualitative study. Soc Work Health Care. 2010;49(4):299–313.
Maslow GR, Lobato D. Summer camps for children with burn injuries: a literature review. J Burn Care Res. 2010;31(5):740–9.
Gaskell SL, Cooke S, Lunke M. A Pan-European evaluation of residential burns camps for children and young people. Burns. 2010;36(4):511–21.
Bakker A, Van der Heijden PGM, Van Son MJM. Impact of pediatric burn camps on participants’ self esteem and body image: An empirical study. Burns. 2011;37(8):1317–25.
Williams S. Benefits of Burn Camps. Burns. 2007;33(1):S15.
The authors thank the Chinese Burn Association and the Chinese Association of Burn Surgeons for the substantial support in writing this guideline.
The authors declare that they have no competing interests.
This article was drafted by JC. All authors substantially contributed to dissemination, writing manuscript sections, participating in meetings, and organizing workshops. All authors helped to revise the manuscript and have approved it in its final form.
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Cen, Y., Chai, J., Chen, H. et al. Guidelines for burn rehabilitation in China. Burn Trauma 3, 20 (2015). https://doi.org/10.1186/s41038-015-0019-3
- Physical therapy
- Occupational Therapy