Crashing eclamptic patient and a resulting peri-mortem C-section.

BACKGROUND: Cardiac arrest in pregnancy is high acuity, low occurrence event. It involves the coordination of multiple teams to take care of ultimately two patients. This is further compounded by physiology that is frequently unfamiliar to the providers taking care of the patient. CASE REPORT: This case report will detail sudden onset eclampsia in a patient whose condition deteriorated rapidly into cardiac arrest. It will delve into the complexities of managing this complex disease process and how the multi-disciplinary team quickly integrated to manage both the mother and the baby. Why should the emergency physician be aware of this?: Cardiac arrest in pregnancy is an incredibly difficult situation due to both the physiological differences in the pregnant woman and the emotional factors on the treating providers (1). Due to its rarity, the pregnant cardiac arrest situation should be frequently reviewed to ensure appropriate care when the time arrives. The per-mortem c-section for a woman in cardiac arrest is a critical resuscitation technique that must be understood by providers who take care of critically ill patients ranging from emergency medicine to obstetrics and gynecology (Ob/Gyn) clinicians.

Clinical Policy: Critical Issues in the Evaluation and Management of Adult Patients Presenting to the Emergency Department With Acute Headache

This clinical policy from the American College of Emergency Physicians addressed key issues in the evaluation and management of adult patients presenting to the emergency department with acute headache. A writing subcommittee conducted a systematic review of the literature to derive evidence-based recommendations to answer the following clinical questions: (1) In the adult emergency department patient presenting with acute headache, are there risk-stratification strategies that reliably identify the need for emergent neuroimaging? (2) In the adult emergency department patient treated for acute primary headache, are nonopioids preferred to opioid medications? (3) In the adult emergency department patient presenting with acute headache, does a normal noncontrast head computed tomography scan performed within 6 hours of headache onset preclude the need for further diagnostic workup for subarachnoid hemorrhage? (4) In the adult emergency department patient who is still considered to be at risk for subarachnoid hemorrhage after a negative noncontrast head computed tomography, is computed tomography angiography of the head as effective as lumbar puncture to safely rule out subarachnoid hemorrhage? Evidence was graded and recommendations were made based on the strength of the available data.

Altered and unstable: wet beriberi, a clinical review.

BACKGROUND: Undifferentiated altered mental status and hemodynamic instability are common presenting complaints in the Emergency Department (ED). Emergency practitioners do not have the luxury of time to perform sequential examination, history, testing, diagnosis, and treatment. Rather, we do all of these things at once to save lives and decrease morbidity. An important diagnosis to consider and upon which we can easily intervene is that of thiamine deficiency. OBJECTIVES: We present a case of an altered and unstable woman who presented to our busy ED and had rapid improvement after the administration of vitamin B1. We discuss the presentation, pathophysiology, consequences of missed diagnosis, and management of this disease process. CASE REPORT: A middle-aged woman presented to our ED with unstable vital signs and an alteration in her mental status. She was unable to provide a history. Empiric treatment with thiamine resulted in the resolution of her hemodynamic instability and improvement in her mental status. CONCLUSION: Our patient benefited from the swift administration of thiamine and illustrates the importance of thiamine administration in the altered or hemodynamically unstable emergency patient with an elevated lactate.

The educational value of emergency department teaching: it is about time.

There is a paucity of research on the quality and quantity of clinical teaching in the emergency department (ED) setting. While many factors impact residents' perceptions of attending physicians' educational skill, the authors hypothesized that the amount of time residents spend with attending in direct teaching is a determinant of residents' perception of their shift's educational value. Researchers shadowed emergency medicine (EM) attendings during ED shifts, and recorded teaching time with each resident. Residents were surveyed on their assessment of the educational value (EV) of the shift and potential confounders, as well as the attending physician's teaching quality using the ER Scale. The study was performed in the EDs of two urban teaching hospitals affiliated with an EM residency program. Subjects were EM residents and rotators from other specialties. The main outcome measure was the regression of impact of teaching time on EV. Researchers observed 20 attendings supervising 47 residents (mean 2.35 residents per attending, range 2-3). The correlation between teaching time in minutes (mean 60.8, st.dev 25.6, range 7.6-128.1) and EV (mean 3.45 out of 5, st. dev 0.75, range 2-5) was significant (r = 0.302, r 2 = 0.091, p < 0.05). No confounders had a significant effect. The study shows a moderate correlation between the total time attendings spend directly teaching residents and the residents' perception of educational value over a single ED shift. The authors suggest that mechanisms to increase the time attending physicians spend teaching during clinical shifts may result in improved resident education.

Traumatic hemorrhagic shock: advances in fluid management.

A number of concerns have been raised regarding the advisability of the classic principles of aggressive crystalloid resuscitation in traumatic hemorrhagic shock. This issue reviews the advances that have led to a shift in the emergency department (ED) protocols in resuscitation from shock state, including recent literature regarding the new paradigm for the treatment of traumatic hemorrhagic shock, which is most generally known as damage control resuscitation (DCR). Goals and endpoints for resuscitation and a review of initial fluid choice are discussed, along with the coagulopathy of trauma and its management, how to address hemorrhagic shock in traumatic brain injury (TBI), and new pharmacologic treatment for hemorrhagic shock. The primary conclusions include the administration of tranexamic acid (TXA) for all patients with uncontrolled hemorrhage (Class I), the implementation of a massive transfusion protocol (MTP) with fixed blood product ratios (Class II), avoidance of large-volume crystalloid resuscitation (Class III), and appropriate usage of permissive hypotension (Class III). The choice of fluid for initial resuscitation has not been shown to affect outcomes in trauma (Class I).