Critical Care Nursing Quarterly最新文献

Poisoning, drug overdose, and adverse drug effects continue to be a common encounter, especially in the intensive care unit (ICU). Patients are often critically ill or have a potential to rapidly deteriorate and warrant ICU admission. Adults suffering from overdoses rarely give a complete and accurate description of the quantity or type of medications ingested. In most adult cases, multiple substances are involved. A tentative diagnosis in most overdose and poisoning cases can be made by physical examination and simple laboratory tests (electrolyte panel, creatinine, serum osmolarity, urinalysis, etc). Supportive care, with particular attention to airway management, oxygenation, and circulation, is the mainstay of treatment. Basic treatment principles include limiting the amount of toxin absorbed, enhancing the elimination of ingested toxin, and preventing the conversion of non-toxic compounds to toxic metabolites. Drugs or poisons, where specific antidotes or effective therapies exist (especially acetaminophen, salicylates, methanol, ethylene glycol, and digitalis), should be aggressively sought and treated after initial stabilization has been accomplished. For those drugs or poisons where specific quantitative tests are available, levels should be obtained before treatment and may be repeated as clinically indicated.

Neurological emergencies carry significant morbidity and mortality, and it is necessary to have a multidisciplinary approach involving the emergency physician, the neurologist, the intensivist, and the critical care nursing staff. These disorders can be broadly divided into noninfectious and infectious etiologies. In this article, we review a few of the neurological emergencies that present to the neurological intensive unit, with emphasis on convulsive status epileptics, myasthenia gravis, Guillain-Barré syndrome, meningitis, encephalitis, and brain abscess.

This article reviews both hematologic and oncologic emergencies that may be seen in the intensive care setting. Hematologic emergencies, including autoimmune hemolytic anemia, thrombotic thrombocytopenic purpura, hemolytic uremic syndrome, and disseminated intravascular coagulation, as well as oncologic emergencies including tumor lysis syndrome, superior vena cava syndrome, and cardiac tamponade secondary to metastatic disease, are discussed in detail. This review focuses on the pathophysiology, clinical features, diagnosis, and treatment of each entity.

Gastrointestinal (GI) emergencies and disorders are among the most common reasons to be admitted to an intensive care unit (ICU). In addition, critically ill patients admitted to the ICU for non-GI-related diseases are frequently at risk of developing GI complications during their hospitalization. This article details the epidemiology/etiology, clinical presentation, diagnostic assessment, and management of the following GI emergencies: upper and lower GI bleed, acute pancreatitis, and ascending cholangitis.

Most neurosurgical emergencies involve management of intracranial pressure, decompression of brain parenchyma, or diversion of cerebrospinal fluid. These interventions aim to prevent progression and reverse damage to neural structures. The pathologies that require emergent treatment either develop acutely or may progress over days until they reach a critical point causing decompensation. The risk of any intervention need to be weighed against potential benefits and should involve discussions with the family. Interventions have shown to be effective and facilitate patients' return to improved functionality. However, while neurosurgical interventions are lifesaving, surviving patients may have a severe residual disability. This article presents an overview of commonly seen nontraumatic neurosurgical emergencies. Each section presents key facets of presentation, initial workup, management, and role of surgical intervention.

Hospital-acquired pressure injuries (HAPIs) are a painful and unwanted experience for the patient and cause unwanted additional costs to hospitals. Because HAPIs are a preventable occurrence, they are a nurse-sensitive indictor for national benchmarking when looking at quality and safety. Controlling the occurrence of HAPI in the hospital setting can be challenging for any nurse, but the difficulty is enhanced in the intensive care unit. This article discusses how a group of nurses from various areas of the hospital came together to heighten awareness of skin care and provided frontline education to peers. Through the use of structured programs using both a nationally known Wound Associate treatment program and Lean methodology, the nurses were able to work through processes and barriers and successfully decrease the incidence of HAPI in this academic medical center.

Frailty is becoming an important component of health care outcomes in patients with a diagnosis of heart failure. A literature search was completed to determine whether a best practice guideline existed to assess frailty in patients who were considering ventricular assist device placement. The literature search revealed that best practice guidelines did not exist. A second comprehensive literature search was completed specifically for frailty including the definition, criteria, assessment, and outcomes. The studies revealed that there were challenges with defining frailty, the age of frailty, assessments tools, and study designs. Cardiologists are primarily interested in screening for frailty, but other physician specialty practices are interested in a frailty screening tool as well. This article discusses the inconsistent research studies and the need for a valid and reliable tool to assess for frailty. It is important that nurse leaders and those working with heart failure patients determine the best practice guidelines for assessing frailty.

Internal benchmarking showed that the Orthopedic Institute had an above average rate of venous thromboembolism (VTE) along with other institutes. The Orthopedic VTE Quality Team was assigned to investigate opportunities for improvement to share with other institutes. To investigate the issues and barriers to the administration of chemical and mechanical VTE prophylaxis, data collection included real-time point prevalence study, physician and nursing surveys, and electronic medical record audits. The results of the data collection indicated inconsistencies in nursing and patient care. Therefore a VTE policy and VTE educational poster was developed. In conjunction, nursing education will be completed to describe the best practice for sequential compression devices and anticoagulant therapies and documentation. The physician will be notified for refusals on either mechanical or chemical prophylaxis.

Supportive, or palliative, care has moved into medicine's mainstream with well-known and studied benefits but continues to be inadequately utilized in many health care environments particularly intensive care units (ICUs). With diverse patient populations in the various ICU settings, the supportive care team must adapt and mold their goals-of-care discussions and relationship building based on the ICU culture and individuals involved. Despite the differences in disease processes, early supportive care involvement in the ICU provides much needed emotional support and symptom management to patients and families in addition to identifying the patient's goals of care early in the hospital stay. The purpose of this article is to provide a general overview of the history of supportive care and clarify current misperceptions, particularly related to hospice, surrounding the specialty. The types of supportive care consults will be explained and their uses in the various ICU settings, and illustrate the advantage of early involvement to not only patients and families but the medical team as well.

Employee engagement is a key driver in achieving successful quality improvement initiatives. An important aspect of engagement is enabling the nursing staff to have a role in problem solving at the front line, thus improving productivity. Finding an appropriate methodology that resonates with the frontline staff can be challenging. This article discusses the use of the Lean Methodology to prevent central line-associated bloodstream infections in a large urban hospital. The case study provided will review an initial attempt at frontline problem solving using the Lean Methodology and a more successful strategy with the development of a nurse champion program.