Drug Overdose, Loss of Consciousness, and Compartment Syndrome: A Life-Threatening Combination.

Acute extremity compartment syndrome is considered an orthopedic emergency that has serious consequences if a correct diagnosis is not made rapidly. Patients who lose consciousness due to a drug overdose are known to collapse onto their extremities. The limbs are compressed for hours, placing them at an increased risk for acute extremity compartment syndrome and its sequelae. Compartment syndrome due to a compression of a limb from loss of consciousness secondary to drug overdose, presents unique issues to health care providers. In the setting of overdose compartment syndrome, it is similar to the more common traumatic type of compartment syndrome with respect to the pathophysiology, diagnosis and treatment. However, it differs in relation to the muscles affected, physical assessment strategy, and accurately determining the amount of the time from onset of injury to the presentation of symptoms. The purpose of this article is to facilitate emergency department nurses' understanding of the complexities of overdose compartment syndrome, combined with the importance of early recognition of the condition. In addition, the authors review the pathophysiology, the traditional and innovative diagnostic techniques, and the current treatment options available for overdose compartment syndrome.

The gastro-renal effects of intra-abdominal hypertension: Implications for critical care nurses.

Intra-abdominal hypertension is classified as either primary or secondary - primary occurs due to intra-abdominal or retro-peritoneal pathophysiology, whereas secondary results in alterations in capillary fluid dynamics due to factors, such as massive fluid resuscitation and generalised inflammation. The renal and gastro-intestinal effects occur early in the progression of intra-abdominal hypertension, and may lead to poor patient outcomes if not identified. As a direct response to intra-abdominal hypertension, renal function is reduced with remarkable impairment from pressures of around 10 mmHg, oliguria developing at 15 mmHg and anuria developing at 30 mmHg. Intestinal micro-circulation is significantly reduced by up to 50% with intra-abdominal pressures as low as 15 mmHg. Mucosal and submucosal tissue hypo-perfusion causes considerable damage to the intestinal cells, potentially resulting in bacterial translocation, endotoxin release, sepsis and multiple organ failure. The critical care nurse plays an important role in the early identification of intra-abdominal hypertension however, without this essential knowledge base and comprehension of intra-abdominal hypertension, clinical signs and symptoms may go unnoticed or be misinterpreted as signs of other critical illnesses.

The Experience of Intense Pain: Nursing Management and Interventions.

Personal stories of illness give depth to otherwise clinical descriptions of diagnoses. This article offers an autobiographical narrative of complications after total knee replacement surgery. Diagnosis and nursing management of acute compartment syndrome, nociceptive and neuropathic origins of pain, pharmacologic and nursing interventions for pain, the use of prayer in illness, and compassionate caring from a Christian perspective are discussed.

Bedside dressing changes for open abdomen in the intensive care unit is safe and time and staff efficient.

BACKGROUND: Patients with an open abdomen (OA) treated with temporary abdominal closure (TAC) need multiple surgical procedures throughout the hospital stay with repeated changes of the vacuum-assisted closure device (VAC changes). The aim of this study was to examine if using the intensive care unit (ICU) for dressing changes in OA patients was safe regarding bloodstream infections (BSI) and survival. Secondary aims were to evaluate saved time, personnel, and costs. METHODS: All patients treated with OA in the ICU from October 2006 to June 2014 were included. Data were retrospectively obtained from registered procedure codes, clinical and administrative patients' records and the OR, ICU, anesthesia and microbiology databases. Outcomes were 30-, 60- and 90-day survival, BSI, time used and saved personnel costs. RESULTS: A total of 113 patients underwent 960 surgical procedures including 443 VAC changes as a single procedure, of which 165 (37 %) were performed in the ICU. Nine patients died before the first scheduled dressing change and six patients were closed at the first scheduled surgery after established OA, leaving 98 patients for further analysis. The mean duration for the surgical team performing a VAC change in the ICU was 63.4 (60.4-66.4) minutes and in the OR 98.2 (94.6-101.8) minutes (p < 0.001). The mean duration for the anesthesia team in the OR was 115.5 minutes, while this team was not used in the ICU. Personnel costs were reduced by €682 per procedure when using the ICU. Forty-two patients had all the VAC changes done in the OR (VAC-OR), 22 in the ICU (VAC-ICU) and 34 in both OR and ICU (VAC-OR/ICU). BSI was diagnosed in eight (19 %) of the VAC-OR patients, seven (32 %) of the VAC-ICU and eight (24 %) of the VAC-OR/ICU (p = 0.509). Thirty-five patients (83 %) survived 30 days in the VAC-OR group, 17 in the VAC-ICU group (77 %) and 28 (82 %) in the VAC-OR/ICU group (p = 0.844). CONCLUSIONS: VAC change for OA in the ICU saved time for the OR team and the anesthesia team compared to using the OR, and it reduced personnel costs. Importantly, the use of ICU for OA dressing change seemed to be as safe as using the OR.

Fracture complications.

This article highlights 2 important complications of fracture: acute compartment syndrome and fat embolism syndrome (FES). FES is most commonly associated with long-bone and pelvic fracture, whereas acute compartment syndrome is often associated with tibia or forearm fracture. The onset of both of these complications may be difficult to assess in the nonverbal patient or in the patient with multiple trauma. Careful, serial assessment of the patient with fracture is necessary to recognize and treat these complications promptly. Early treatment and supportive care are crucial to positive outcomes for patients with complications of fracture.

Orthopaedic nurses' knowledge and interrater reliability of neurovascular assessments with 2-point discrimination test.

PURPOSE: : This study was conducted to evaluate the effects of education on knowledge and interrater reliability of neurovascular assessments with 2-point discrimination (2-PD) test among pediatric orthopaedic nurses. METHODS: : A pre- and posttest study was done among 60 nurses attending 2-hour educational sessions. Neurovascular assessments with 2-PD test were performed on 64 casted pediatric patients by the nurses and 5 nurse experts before and after the educational sessions. RESULTS: : The mean neurovascular assessment knowledge score was improved at posteducation compared with the preeducation (p < .001). The 2-PD test interrater reliability also improved from Cohen's kappa value of 0.24-0.48 at posteducation. CONCLUSIONS: : The 2-hour educational session may be effective in improving nurses' knowledge and the interrater reliability of neurovascular assessment with 2-PD test.

Neurovascular assessment in the critically ill patient.

AIM: To outline the pathophysiological processes involved in neurovascular impairment and compartment syndrome and examine common contributory factors within the development and clinical presentation of neurovascular impairment in critical care patients with musculoskeletal trauma. BACKGROUND: Thorough and systematic assessment of neurovascular status in critically ill patients with musculoskeletal trauma is crucial to detect secondary ischaemic injury and implement appropriate and timely treatment of any neurovascular deficits. METHOD: Current literature relating to neurovascular assessment and associated patient care was reviewed and utilised to outline distinct assessment components, indicators of neurovascular impairment and highlight the important issues for critical care nursing practice. RESULTS: Diminished limb perfusion secondary to vascular impairment and compartment syndrome are well documented. Complications associated with musculoskeletal trauma and surgical intervention can have wide-ranging effects on the patient's functional ability and overall outcome. It is crucial that appropriate neurovascular assessment is undertaken for patients admitted to the critical care unit following musculoskeletal trauma, crush injury, orthopaedic surgery (involving internal or external fixation of fractures) and those who may have experienced prolonged external pressure from casts or tight-fitting bandages. Several elements of neurovascular assessment are, however, more complex to undertake in the context of the unconscious or sedated critically ill patient. CONCLUSIONS: Effective practice requires that the critical care nurse has a comprehensive understanding of the aetiology, pathophysiology, physiological responses and clinical presentation associated with neurovascular impairment, secondary ischaemia and compartment syndrome. RELEVANCE TO CLINICAL PRACTICE: Undertaking an effective neurovascular assessment for patients at risk of neurovascular impairment or acute compartment syndrome (ACS) in the critical care setting can be problematic when patients are unable to communicate with the nurse. The risk of long-term functional impairment or limb loss can be significant in this group of patients, particularly following musculoskeletal trauma. This article reviews the aetiology and pathophysiology of neurovascular impairment in the critical care context and provides guidance for nurses undertaking this important element of nursing assessment with non-verbal, critically unwell patients. Informed practice in neurovascular assessment has the potential to enable early detection and timely management for these patients, which is crucial to optimise patient outcomes.

Neurovascular impairment and compartment syndrome.

Compartment syndrome is a potential complication of musculoskeletal trauma and surgery. Early identification of compartment syndrome is critical because, if left untreated, it may result in limb loss or death. Nurses routinely perform neurovascular observations as a part of the patient's essential care in hospital. However, there is limited literature on the assessment and early identification of compartment syndrome in children, although most authors agree on assessment criteria such as pain, warmth, colour, movement, sensation and pulses. Improved approaches to assessment and early recognition may be required so that effective action can be taken to reduce the severity of the outcome.

Postoperative acute compartment syndrome in the nonoperated "well leg": implications to orthopaedic nursing.

Acute compartment syndrome after fractures and injuries and in operated limbs is a dreadful complication and is well known to orthopaedic nursing community. Acute compartment syndrome in a nonoperated leg after an orthopaedic procedure has been infrequently reported and discussed. It has been more commonly discussed in colorectal, gynecologic, and urologic practice. It is vital to realize the possibility of this iatrogenic injury on the nonoperated limb. The article reviews the literature to identify and discuss the risk factors for this limb-threatening condition and thus the implications to orthopaedic nursing.

A case of increased pressure.

Each year, British Columbia's Health Care Protection Program reviews up to 20 reported cases of compartment syndrome. This article summarizes some of the key learnings from a review of those reported incidents. Hospital staff who care for orthopedic trauma patients need to be vigilant to the signs and symptoms of compartment syndrome and they must document their findings and interventions. Early intervention can prevent further serious harm to patients who most often have already suffered trauma in a sports or motor vehicle accident.

Abdominal compartment syndrome in the pediatric patient with blunt trauma.

Abdominal compartment syndrome in the trauma patient is usually associated as a post surgical complication or as a consequence of full thickness burns to the trunk and abdomen. It is not widely recognized in patients who have received massive fluid resuscitation in the absence of abdominal pathology. This paper will present a case study of a pediatric patient who was the victim of a motor vehicle collision. This 4-year-old boy was hemodynamically unstable initially and received massive fluid resuscitation in the emergency department and pediatric intensive care unit. An emergency laparotomy revealed massive bowel edema but no significant abdominal injury or bleeding. The patient underwent abdominal decompression and returned to the pediatric intensive care unit with an open abdomen covered with a temporary dressing. Differences in pediatric anatomy and physiology which can predispose children to this condition will be explained. In addition pathophysiologic responses to trauma that contribute to abdominal compartment syndrome and nursing care of this condition will be explored.

The practice of out-lying patients is dangerous: a multicentre comparison study of nursing care provided for trauma patients.

Pressure for acute hospital beds is a national problem with many acute trauma patients being admitted to non-trauma wards. This prospective multicentre questionnaire study of 220 qualified trauma and non-trauma nurses aims to compare the quality of nursing care that trauma patients receive when admitted to trauma wards and non-trauma wards. The questions included the nursing management of common fractures and post-operative conditions. The completed questionnaires were scored and the results analysed. Hundred percent of the questionnaires were completed and returned. The trauma nurses conveyed the importance of ice (85%) and elevation (97%) in the initial management of limb fractures. This compares with ice (10%) and elevation (50%) on the outlying wards. Trauma nurses correctly monitor for potentially devastating post-operative complications and compartment syndrome 87% of the time compared with 42% on outlying wards. Spinal injuries are managed appropriately 88% of the time on trauma wards compared with 36% on outlying wards. Trauma patients receive better nursing care when admitted to a trauma ward and are nursed by trauma nurses. Many of the out-lying wards provide sub-optimal trauma nursing care and a few are positively dangerous. We suggest that trauma patients should not be nursed on outlying wards.

Abdominal compartment syndrome: a case review.

Compartment syndrome is classically considered a complication of a musculoskeletal injury. Recent research has confirmed the abdomen as a potential compartment with the capability to cause life-threatening local and systemic manifestations. Abdominal compartment syndrome (ACS) is precipitated by an acute increase in abdominal contents volume with resulting intraabdominal hypertension. Presenting signs of ACS include a firm tense abdomen, increased peak inspiratory pressures, and oliguria, all of which improve after abdominal decompression. Patients at risk for ACS include trauma (blunt or open), retroperitoneal hemorrhage, massive fluid resuscitation, pancreatitis, pneumoperitoneum, and neoplasm. Surgical decompression is the treatment of choice. The perianesthesia nurse plays a critical role in the team managing a patient at risk for abdominal compartment syndrome through intraabdominal pressure monitoring, wound care, and end organ perfusion support.

Compartment syndrome: when it is least expected.

Compartment syndrome, if not identified and acted upon early, will result in irreversible damage to neuromuscular soft tissues. Therefore, orthopaedic nurses must be aware of the risks, signs and symptoms, unusual circumstances, and appropriate medical and nursing interventions with this syndrome. Usually compartment syndrome is considered to occur with fractures of the tibia, the forearm, or in vascular injuries or burns where there is significant edema. Not as common are compartment syndromes that occur after intramedullary nailing, in the thigh or upper arm, or in the presence of fracture blisters. These unexpected compartment syndromes each occurred only once in the author's many years as an orthopaedic clinical nurse specialist at a major trauma center. However, in each case, the situation and actions were significant. Compartment syndrome will be reviewed with supporting current literature. Each scenario will then be analyzed in terms of the particular considerations surrounding the diagnosis, treatment and nursing implications with the compartment syndrome.

Nursing care for raised intra-abdominal pressure and abdominal decompression in the critically ill.

Abdominal assessment is one of a number of continuous assessments that critical care nurses undertake. Since 1988 in the Department of Critical Care Medicine (DCCM), the technique of abdominal decompression has become another therapy for severe critical illness. The critical care nurse requires to have an understanding of raised intra-abdominal pressure assessment, pressure measurement and the care of abdominal polypropylene mesh insertion in the critical care setting. Our experience has been that the use of polypropylene mesh insertion halved since 1993. A retrospective study (Torrie et al. 1996) of 68 occasions (64 patients) of polypropylene mesh insertion, showed that seven patients developed fistulas and 32 patients died. There was no dehiscence of the mesh from the fascia. Forty-two wounds had primary fascial closure (28 with primary skin closure, 3 with secondary skin closure, 11 left to granulate) and 3 of them later dehisced. At follow-up (27 patients, median 7.5 months), 6 had stitch sinuses, and 5 had incisional hernias. Care of patients with polypropylene mesh inserted requires vigilant nursing practice but decompression of raised intra-abdominal pressure can be life-saving and complications are manageable.