Total Burn Care E-Book: Expert Consult - OnlineTotal Burn Care E-Book |
Contents
| 1 | |
| 18 | |
Chapter 4 Prevention of burn injuries | 47 |
Chapter 5 Burn management in disasters and humanitarian crises | 57 |
Chapter 6 Care of outpatient burns | 81 |
Chapter 7 Prehospital management transportation and emergency care | 93 |
Chapter 8 Pathophysiology of burn shock and burn edema | 103 |
Chapter 9 Fluid resuscitation and early management | 115 |
Chapter 36 Care of geriatric patients | 415 |
Chapter 37 Surgical management of complications of burn injury | 421 |
Chapter 38 Electrical injuries | 433 |
Chapter 41 Chemical burns | 455 |
Chapter 42 Radiation injuries and vesicant burns | 461 |
Chapter 43 Exfoliative diseases of the integument and soft tissue necrotizing infections | 471 |
a pathologists perspective | 483 |
Chapter 45 Molecular and cellular basis of hypertrophic scarring | 495 |
Chapter 11 Enzymatic debridement of burn wounds | 131 |
Chapter 12 Treatment of infection in burns | 137 |
Chapter 13 Operative wound management | 157 |
Chapter 14 Anesthesia for burned patients | 173 |
Chapter 15 The skin bank | 199 |
Chapter 16 Alternative wound coverings | 209 |
Chapter 17 The role of alternative wound substitutes in major burn wounds and burn scar resurfacing | 215 |
Chapter 18 The pathophysiology of inhalation injury | 219 |
Chapter 19 Diagnosis and treatment of inhalation injury | 229 |
Chapter 20 Respiratory care | 239 |
Chapter 21 The systemic inflammatory response syndrome | 249 |
Chapter 22 The immunological response and strategies for intervention | 265 |
Chapter 23 Hematologic and hematopoietic response to burn injury | 277 |
Chapter 24 Significance of the adrenal and sympathetic response to burn injury | 289 |
Chapter 25 The hepatic response to thermal injury | 301 |
Chapter 26 Effects of burn Injury on bone and mineral metabolism | 313 |
Chapter 27 Vitamin and trace element homeostasis following severe burn injury | 321 |
Chapter 28 Hypophosphatemia | 325 |
Chapter 29 Nutritional support of the burned patient | 333 |
Chapter 30 Modulation of the hypermetabolic response after burn injury | 355 |
Chapter 31 Etiology and prevention of multisystem organ failure | 361 |
Chapter 32 Renal failure in association with thermal injuries | 369 |
Chapter 34 Burn nursing | 397 |
Chapter 46 Pathophysiology of the burn scar | 507 |
Chapter 47 Comprehensive rehabilitation of the burn patient | 517 |
Chapter 48 Musculoskeletal changes secondary to thermal burns | 551 |
Chapter 49 Mitigation of burninduced hypermetabolic and catabolic response during convalescence | 565 |
Chapter 51 The use of skin grafts skin flaps and tissue expansion in burn deformity reconstruction | 581 |
Chapter 52 Microvascular technique of composite tissue transfer | 591 |
Chapter 53 Reconstruction of the head and neck | 597 |
Chapter 54 Correction of burn alopecia | 617 |
Chapter 55 Reconstruction of the burned breast | 623 |
Chapter 56 Management of contractural deformities involving the shoulder axilla elbow hip and knee joints in burned patients | 631 |
Chapter 57 Care of a burned hand and reconstruction of the deformities | 645 |
Chapter 58 Management of burn injuries of the perineum | 661 |
Chapter 59 Reconstruction of burn deformities of the lower extremity | 671 |
Chapter 60 The ethical dimension of burn care | 683 |
Chapter 61 Intentional burn injuries | 689 |
Chapter 62 Functional sequelae and disability assessment | 699 |
Chapter 63 Costcontainment and outcome measures | 707 |
Chapter 64 Management of pain and other discomforts in burned patients | 715 |
Chapter 65 Psychiatric disorders associated with burn injury | 733 |
Chapter 66 Psychosocial recovery and reintegration of patients with burn injuries | 743 |
| 755 | |
| 785 | |
Common terms and phrases
activity acute addition alterations Ann Surg associated blood body bone Burn Care Rehabil burn injury burn patients burn wound cardiac cause cells centers changes Clin clinical Crit critically cytokines death decreased dysfunction early edema effects et al excision expression factor failure Figure fire fluid formula function glucose grafting growth healing Herndon DN hospital human immune important improved incidence increased indicated infection inflammatory inhalation injury initial levels liver loss lung major measures mechanical mediators metabolic monitoring mortality muscle normal nutrition occur organ outcome oxygen pediatric phase plasma potential pressure prevention production protein pulmonary reduced release renal reported respiratory response result resuscitation risk role sepsis serum severely burned shock skin smoke Surg Surgery systemic TBSA therapy thermal injury tion tissue transport Trauma treated treatment unit ventilation volume