The Alliance for Academic Internal Medicine (AAIM) supports the need for a uniform subspecialty fellowship training and advanced residency training start date. At present, training programs and their ...sponsoring institutions vary widely in the timing of institutional orientation and fellowship/advanced residency training start dates. Some institutions conduct orientation programs before the scheduled completion of the initial training program, which leads to conflicts for the resident between current and future obligations. AAIM believes that requiring residents to report for fellowship before completion of residency training is disruptive to medical education, creates unnecessary stress for the residents, and risks, violating federal labor laws and Center for Medicare and Medicaid Services graduate medical education funding rules. Adoption of Jul 1, 2015 as the earliest start date for all training and orientation activities can be endorsed internally by AAIM institutions and would resolve these conflicts. Here, Barrett et al examine AAIM adoption of a uniform subspecialty fellowship and other advanced training.
Abstract Background In the diagnosis of acute myocardial infarction (AMI), the presence of baseline left bundle branch block or a permanent pacemaker rhythm poses a challenge. Objective We present a ...case report highlighting this challenge, along with a review of pertinent literature. Case Report A 70-year-old female with known severe idiopathic dilated cardiomyopathy and moderate coronary artery disease who was status post − biventricular pacemaker/implantable cardioverter defibrillator insertion was brought to our institution via Emergency Medical Services with recurrent firing of her implantable cardioverter defibrillator and syncope. After stabilization in the Emergency Department and treatment with intravenous amiodarone, the patient admitted to having ongoing chest pains. The electrocardiogram revealed evidence of biventricular pacing with superimposed ST-segment elevations in the anterolateral leads indicative of myocardial injury. She underwent prompt angiography, thrombectomy, and bare-metal stent insertion to a totally occluded proximal left anterior descending coronary artery, with resolution of her chest pain and improvement in the ST-segment changes. Conclusions Despite proposed criteria that aid in the recognition of AMI with underlying left bundle branch block and paced rhythm; the advent of new pacing modalities and the potential variability of pacing sites impose additional diagnostic challenges requiring higher level of suspicion and better physician awareness.
Abstract Introduction Systemic venous circulation anomalies are uncommon; they are often incidental findings during echocardiography. Case A 56-year-old man, with dextrocardia, was evaluated for ...dyspnea. The patient's medical history included diabetes mellitus requiring insulin treatment, hypertension, and tobacco use. Physical examination revealed normal jugular venous pulsations and clear lungs. Cardiac examination revealed normal heart sounds, and grade II/VI systolic ejection murmur over the right precordium. Echocardiography revealed normal chamber size and systolic function, without significant valvular lesions. The coronary sinus was dilated. It was evaluated using intravenous agitated saline contrast to rule out anomalous venous drainage or shunting. When injected into the left antecubital vein, contrast appeared initially in the right atrium followed by the right ventricle. However, when injected into the right antecubital vein, contrast appeared initially in the dilated coronary sinus followed by the right atrium and right ventricle. There was no evidence of intracardiac shunting. These findings were consistent with persistent right superior vena cava in the setting of situs inversus dextrocardia, with normally draining left superior vena cava. Conclusion Persistent superior vena cava connection to the coronary sinus is often incidental but an important finding which helps in planning safe invasive procedures. < Learning objective: Understand the importance of identifying anomalous venous connections with regard to catheter-based procedures. Appreciate the incidence of these vascular anomalies in the normal population and in congenital heart disease. Understand how echocardiography with intravenous agitated saline contrast can be helpful in the diagnosis of such anomalous venous connections.>
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