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The Johns Hopkins University School of Medicine Department of Medicine (DOM) sought ways of enhancing community engagement after the death of Freddie Gray and consequent unrest in Baltimore City.The DOM launched a five-part noon lecture series in May 2015-"Journeys in Medicine"-to facilitate discussion among DOM faculty, staff, trainees, and community residents regarding the city's unrest. This evolved into a department-wide civic engagement initiative in July 2016 to enhance employee and community engagement. The civic engagement committee is composed of two collaborative steering committees: Staff Engagement and Community Engagement.The DOM has sponsored and/or participated in programs to address major concerns raised during the Journeys in Medicine series-improving the strained relationship between police and the community, mentoring young people, involving more DOM employees in community activities, sharing research results with the community, and addressing cultural differences to enhance relationships and communication. To enhance staff engagement, a Nursing Diversity Council, complementing the Faculty Diversity Council, has been established. DOM faculty and staff have participated in and championed several disease-focused physical activity endeavors (e.g., walks) that, collectively, have raised over $40,000. Community service projects include supporting registration and screenings at a local health fair, a professional clothing drive, and DOM Days of Service.The Johns Hopkins University School of Medicine DOM is developing an administrator leadership program and continuing to participate in meaningful activities, leading to tangible outcomes designed to strengthen connections to the surrounding neighborhood and enhance engagement among all DOM employees.

Background : Teaching interns patient-centered communication skills, including making structured telephone calls to patients following discharge, may improve transitions of care. Objective : To explore associations between a patient-centered care (PCC) curriculum and patients’ perspectives of the quality of transitional care. Methods : We implemented a novel PCC curriculum on one of four inpatient general medicine resident teaching teams in which interns make post-discharge telephone calls to patients, contact outpatient providers, perform medication adherence reviews, and engage in patient-centered discharge planning. Between July and November of 2011, we conducted telephone surveys of patients from all four teaching teams within 30 days of discharge. In addition to asking if patients received a call from their hospital physician (intern), we administered the 3-Item Care Transitions Measure (CTM-3), which assesses patients’ perceptions of preparedness for the transition from hospital to home (possible score range 0–100). Results : The CTM-3 scores (mean±SD) of PCC team patients and standard team patients were not significantly different (82.4±17.3 vs. 79.6±17.6, p =0.53). However, regardless of team assignment, patients who reported receiving a post-discharge telephone call had significantly higher CTM-3 scores than those who did not (84.7±16.0 vs. 78.2±17.4, p =0.03). Interns exposed to the PCC curriculum called their patients after discharge more often than interns never exposed (OR=2.78, 95% CI [1.25, 6.18], p =0.013). Conclusions : The post-discharge telephone call, one element of PCC, was associated with higher CTM-3 scores – which, in turn, have been shown to lessen patients’ risk of emergency department visits within 30 days of discharge. Keywords: patient-centered care; graduate medical education; post-discharge telephone call; care transitions (Published: 29 April 2015) Citation: Med Educ Online 2015, 20: 26701 - http://dx.doi.org/10.3402/meo.v20.26701

BACKGROUND Access to hand-carried ultrasound technology for noncardiologists has increased significantly, yet development and evaluation of training programs are limited. OBJECTIVE We studied a focused program to teach hospitalists image acquisition of inferior vena cava (IVC) diameter and IVC collapsibility index with interpretation of estimated central venous pressure (CVP). METHODS Ten hospitalists completed an online educational module prior to attending a 1-day in-person training session that included directly supervised IVC imaging on volunteer subjects. In addition to making quantitative assessments, hospitalists were also asked to visually assess whether the IVC collapsed more than 50% during rapid inspiration or a sniff maneuver. Skills in image acquisition and interpretation were assessed immediately after training on volunteer patients and prerecorded images, and again on volunteer patients at least 6 weeks later. RESULTS Eight of 10 hospitalists acquired adequate IVC images and interpreted them correctly on 5 of the 5 volunteer subjects and interpreted all 10 prerecorded images correctly at the end of the 1-day training session. At 7.4 ± 0.7 weeks (range, 6.9–8.6 weeks) follow-up, 9 of 10 hospitalists accurately acquired and interpreted all IVC images in 5 of 5 volunteers. Hospitalists were also able to accurately determine whether the IVC collapsibility index was more than 50% by visual assessment in 180 of 198 attempts (91% of the time). CONCLUSIONS After a brief training program, hospitalists acquired adequate skills to perform and interpret hand-carried ultrasound IVC images and retained these skills in the near term. Though calculation of the IVC collapsibility index is more accurate, coupling a qualitative assessment with the IVC maximum diameter measurement may be acceptable in aiding bedside estimation of CVP. Journal of Hospital Medicine 2013;8:711–714. © 2013 Society of Hospital Medicine

If Irving Stone had written a book about giant-cell arteritis rather than about Michelangelo, he might have chosen The Ecstasy and the Agony as the more appropriate title. As many physicians know, diagnosing giant-cell arteritis and witnessing the patient’s dramatic initial response to treatment are much more fulfilling than managing a disease that lasts for months or years and that leads to the use of glucocorticoids in doses that result in a litany of side effects, including weight gain, hypertension, diabetes, and osteoporosis. This vexing challenge of treating giant-cell arteritis explains why doctors and patients will welcome the results of . . .

Objective The traditional physical examination of the heart is relatively inaccurate. There is little information regarding whether cardiac hand-carried ultrasound performed by noncardiologists adds to the accuracy of physical examinations. The purpose of this study was to determine whether hand-carried ultrasound can add to the accuracy of hospitalists' cardiac physical examinations. Methods During a focused training program in hand-carried echocardiography, 10 hospitalists performed cardiac examinations of 354 general medical inpatients first by physical examination and then by hand-carried ultrasound. Eligible inpatients included those for whom a conventional hospital echocardiogram was ordered. We measured how frequently the hospitalists' cardiac examination with or without hand-carried ultrasound matched or came within 1 scale level of an expert cardiologist's interpretation of the hospital echocardiogram. Results Adding hand-carried ultrasound to the physical examination improved hospitalists' assessment of left ventricular function, cardiomegaly, and pericardial effusion. For left ventricular function, using hand-carried ultrasound increased the percentage of exact matches with the expert cardiologist's assessment from 46% to 59% ( P =.005) and improved the percentage of within 1-level matches from 67% to 88% ( P =.0001). The addition of hand-carried ultrasound failed to improve the assessments of aortic stenosis, aortic regurgitation, and mitral regurgitation. Conclusion Adding hand-carried ultrasound to physical examination increases the accuracy of hospitalists' assessment of left ventricular dysfunction, cardiomegaly, and pericardial effusion, and fails to improve assessment of valvular heart disease. The clinical benefit achieved by improved immediacy of this information has not been determined. An important limitation is that the study assessed only 1 level of training in hand-carried ultrasound.

PURPOSE: Because the training that noncardiologists require to perform cardiac hand-carried ultrasound has not been defined, we studied how well hospitalists perform hand-carried echocardiography after limited training. METHODS: Ten hospitalists completed a focused training program that included performing an average of 35 hand-carried echocardiograms. Hospitalists' echocardiograms were compared with gold-standard conventional echocardiograms, and hospitalists were compared with 5 certified echocardiography technicians in their ability to acquire, measure, and interpret hand-carried ultrasound images and with 6 senior cardiology fellows in their ability to interpret echocardiograms. RESULTS: Echocardiography technicians had significantly higher performance scores for image acquisition, measurement, and interpretation than hospitalists. Senior cardiology fellows outperformed hospitalists in most aspects of image interpretation. For hospitalists, learning image acquisition was more difficult than image interpretation. CONCLUSIONS: Hospitalists can learn aspects of hand-carried echocardiography, but after 35 training echocardiograms cannot replicate the quality of conventional echocardiography. Whether the lower performance skills are important will depend on the clinical context of hand-carried echocardiography performed by hospitalists.

Background Asymptomatic left ventricular systolic dysfunction is an important risk factor for heart failure and death. Given the availability of patients, trained personnel, and equipment, the hospital is an ideal setting to identify and initiate treatment for left ventricular systolic dysfunction. The purpose of this study was to determine the prevalence of asymptomatic left ventricular systolic dysfunction in patients 45 years of age or older with at least one clinical heart failure risk factor admitted to a general medical service. Methods Bedside, hand-carried echocardiography provided quantitative assessment of left ventricular systolic function in 217 medical inpatients 45 years of age or older who had at least one heart failure risk factor. Patients with known or suspected heart failure or with an assessment of left ventricular function in the past 5 years were excluded. We measured the prevalence of asymptomatic left ventricular systolic dysfunction, defined by left ventricular ejection fraction of 50% or lower, and its association with heart failure risk factors. Results Of 207 patients with interpretable images, 11 (5.3%) had a left ventricular ejection fraction of 50% or lower. Patients with left ventricular systolic dysfunction had more heart failure risk factors than those without left ventricular systolic dysfunction (3.09±0.8 vs 2.5±1.0, P =.04). The total number of heart failure risk factors trended towards an association with a greater prevalence of asymptomatic left ventricular systolic dysfunction, but this did not reach significance (odds ratio 1.74; 95% confidence interval, 0.97-3.12, P =.06). Conclusions Asymptomatic left ventricular systolic dysfunction is present in about 1 of every 20 general medical inpatients with at least one risk factor for heart failure. Because treatment of asymptomatic left ventricular systolic dysfunction may reduce morbidity, further studies examining the costs and benefits of using hand-carried ultrasound to identify this important condition in general medical inpatients are warranted.

Patient-centered care is an important aspect of medicine. The Johns Hopkins Initiative Curriculum aims to teach residents to view patients as individuals and to consider the context of their lives outside the hospital in order to provide patient-centered, and safe, care across transitions. Specifically, this curriculum was developed to reform graduate medical education by teaching residents to: (1) provide more patient-centered care by understanding the psychosocial context of each patient's illness, and knowing patients as individuals; (2) optimize care across transitions from the hospital to postdischarge setting; and, (3) educate and empower patients in shared decision-making about treatments. This curriculum is meant to be administered over a 4-week period with residents receiving both didactic instruction and observation by attending physicians during resident-patient interactions. Instruction is provided across seven content areas consisting of: (1) medication adherence, (2) pharmacy curriculum, (3) call to next provider of care, (4) patient-centered discharge, (5) telephone contact with patients after discharge, (6) follow-up visits with patients after discharge (home and sub-acute visits), and (7) the challenging provider-patient relationship. Each area is accompanied by detailed administration directions in an accompanying Instructor's Guide. We are currently engaged in studies of the impact of this curriculum on learners and patients. In addition to providing more patient-centered care, we hope to demonstrate benefits in other educational outcomes, including medical knowledge, self-awareness, systems-based practice, and communication skills. We plan to assess whether patients report better relationships with their physicians and an improved understanding of their medical conditions and care. We also hope to demonstrate improved clinical outcomes such as reduced 30-day readmission rates and increased follow-through with recommended treatments and studies after discharge.

OBJECTIVE. Delayed contrast-enhanced MRI is increasingly being used for cardiac viability imaging. Takayasu's arteritis is a rare inflammatory disorder of unknown cause that affects the aorta, its major branches, and the pulmonary artery; it is characterized by inflammation and fibrosis in the arterial wall. We report our initial experience with seven patients (six women, one man; age range, 25–62 years) with delayed (20 min) gadolinium-enhanced MRI (inversion recovery prepared gated fast gradient-echo pulse sequence) in patients with known Takayasu's arteritis.CONCLUSION. Patients with Takayasu's arteritis (particularly those with abnormal laboratory values) have evidence of delayed hyperenhancement on delayed contrast-enhanced MRI. Thus, delayed contrast-enhanced MRI might be a useful technique to identify inflammation in arterial wall.

Being a physician is rewarding but also challenging in the complex health care system. As physicians, we are continually trying to deliver more effective and higher quality care to our patients. With improvement in mind, a list of precepts has been generated as a tool to remind all of us in clinical medicine about the exemplary characteristics, behaviors, and attitudes that are expected as the norm in this profession. The list is organized into four categories: promotion of relationships with patients, principles of the effective clinician, growth and improvement, and values to guide one's career in medicine. The list is envisioned as an instrument that may be helpful to medical learners and physicians by promoting reflection about ways to consistently perform at a high level while more fully appreciating the joy of practicing medicine. The list of precepts may also be useful to medical educators who wish to successfully mold the physicians of tomorrow.

Purpose Because there is little information about the training that general internists require to perform hand-carried cardiac ultrasonography (HCU), we studied the rate of learning of a group of medical residents performing HCU after minimal formal training. Methods Medical residents on the inpatient services at Johns Hopkins Bayview Medical Center received formal training in HCU consisting of 15-30 minutes of didactic instruction about the principles of echocardiography, followed by ongoing one-on-one instruction in performing HCU and subsequent ongoing one-on-one training from a certified echocardiography technician as they were doing scans. The residents were shown how to position the patient to obtain 2-dimensional echo images from the parasternal short and long axes and apical 4-chamber views, and how to obtain color-flow Doppler images across the mitral and aortic valves. Residents were asked to determine whether pericardial effusion was present and to assess left ventricular size, left ventricular function, and the mitral and aortic valves. The residents performed cardiac physical examination and HCU independently on patients who had a conventional transthoracic echocardiogram (CTTE) performed within 24 hours of the HCU. The residents' HCU results were compared with the CTTE results by a cardiologist specializing in echocardiography. The rates at which residents gained technical proficiency and skills in interpreting their studies were measured by linear regression to fit various outcome variables against their experience at scanning as gauged by the number of scans performed. Results Thirty medical residents performed a total of 231 HCU studies. Linear regression models showed that the residents' overall technical proficiency skills improved at the rate of 0.79 (95% confidence interval [CI] 0.53-1.04) points on an overall assessment index (0-3 scale) per 10 scans completed. Interpretation accuracy improved at a rate of 1.01 (95% CI 0.69-1.39) points per 10 scans as measured by an interpretation accuracy index (0-3 scale). Because scanning efforts and instruction in HCU occurred during residents' usual rotation duties, some residents gathered experience in HCU slowly and sporadically. Conclusion This study, the first prospective, experimental effort of its kind, shows that residents as a group learned important aspects of HCU scanning and interpretation at a reasonably rapid rate.

This year's Update in Rheumatology includes discussions of advances related to rheumatoid arthritis, systemic lupus erythematosus, Wegener granulomatosis, antineutrophil cytoplasmic antibody–associ...

OBJECTIVE. We attempt to determine whether angiography is indicated in patients with suspected central nervous system (CNS) vasculitis who present with negative findings on MR imaging studies.CONCLUSION. MR imaging findings may be negative in the setting of CNS vasculitis confirmed on angiography, indicating that advanced imaging techniques tailored to detect infarction (i.e., fluid-attenuated inversion recovery, diffusion-weighted, and perfusion imaging) may be necessary to enhance the sensitivity of an MR study and that despite the high sensitivity of MR imaging for CNS vasculitis, angiography may still be required to render an accurate diagnosis.

Inflammatory abdominal aortic aneurysm (AAA) accounts for 5% to 10% of all cases of AAA and differs from typical atherosclerotic AAA in many important ways. Although both inflammatory and atherosclerotic AAA most commonly affect the infrarenal portion of the abdominal aorta, patients with the inflammatory variant are younger and usually symptomatic, chiefly from back or abdominal pain. Unlike patients with atherosclerotic AAA, most with the inflammatory variant have an elevated erythrocyte sedimentation rate or abnormalities of other serum inflammatory markers. Computed tomography and magnetic resonance imaging are both sensitive for demonstrating the cuff of soft tissue inflammation surrounding the aneurysm that is characteristic of inflammatory AAA. In contrast to atherosclerotic AAA, the inflammatory variant is characterized pathologically by marked thickening of the aneurysm wall, fibrosis of the adjacent retroperitoneum, and rigid adherence of the adjacent structures to the anterior aneurysm wall. An extraordinary expansion of the adventitia due to inflammation also distinguishes inflammatory from atherosclerotic AAA. Although the pathogenesis of inflammatory AAA appears to involve an immune response localized to the vessel wall, the etiology of the inflammatory reaction is unknown. Inflammatory AAA is almost never associated with inflammation of other arteries. Male sex and smoking, the main risk factors for atherosclerotic AAA, are even stronger risk factors for the inflammatory variant. Smoking cessation is the first step of medical therapy. Corticosteroids or immunosuppressive therapies may also have roles. Although inflammatory AAA appears less likely to rupture than atherosclerotic AAA, surgical intervention appears prudent once the diameter of the aneurysm exceeds 5.5 cm. Knowing the features of inflammatory AAA should allow physicians to distinguish it from atherosclerotic AAA or from systemic vasculitis and to treat it with the appropriate combination of medical and surgical therapies.

Temporal arteritis, the most common form of systemic vasculitis in adults, is a panarteritis that chiefly involves the extracranial branches of the carotid artery. The condition is illustrated in this article by the case of a 79-year-old woman with a dry cough, toothache, tongue infarction, and vision loss. The mean age of onset is 72 years and the disease rarely occurs in persons younger than 50 years. The most common presenting manifestations are headache, jaw claudication, polymyalgia rheumatica, and visual symptoms. Eighty-nine percent of patients have an erythrocyte sedimentation rate greater than 50 mm/h. However, about 40% of patients present with atypical manifestations, including fever of unknown origin, respiratory tract symptoms (especially dry cough), and large artery involvement. Familiarity with such unusual manifestations of temporal arteritis facilitates early diagnosis and treatment, thereby reducing the risk of vision loss.

A 33-YEAR-OLD black man was admitted to The Johns Hopkins Hospital with polyarthritis, rash, and weight loss. The patient had been well until approximately 2.5 years before hospital admission, when he noted the onset of an acneiform rash over his scalp and face and abscesses in his groin and axillae. One year later, he developed pain in both of his hips. The pain soon spread to his knees, ankles, feet, shoulders, and wrists. The affected joints were swollen and tender. His temperature remained normal. Short courses of aspirin and indomethacin failed to bring the patient complete relief. The onset of severe back pain, combined with hours of morning stiffness, caused him increasing difficulty with walking. He had to give up his job as a meat cutter. He presented to the Rheumatology Clinic at Johns Hopkins because of increasing disability from his joint and skin disease, along with a 13.5-kg loss

We identified 35 patients who had electrodiagnostic evidence of mononeuritis multiplex and did not have diabetes or multiple nerve compressions. Their charts were reviewed to determine the etiologies of the mononeuritis multiplex and to determine how often the laboratory examination revealed a rheumatic disease in patients whose initial history and physical examination did not suggest that a rheumatic disease was present. In 11/35 (31%; CI = 17-49) a disorder capable of causing mononeuritis multiplex was diagnosed before the symptoms of mononeuritis multiplex began. Ten had a rheumatic disease; 1 had lymphoma. Nine of the other patients were suspected, on the basis of the history and physical examination, of having new onset of a rheumatic disease. Subsequent laboratory evaluation showed that 5/9 (56%; CI = 21-86) had a rheumatic disease, and 4/9 (44%; CI = 14-79) were unknowns. In 15/35 (43%; CI = 26-61) patients with mononeuritis multiplex, no rheumatic disease was suspected on the basis of the initial history and physical examination. The subsequent laboratory examination revealed an underlying rheumatic disease in 0/15 (0%; CI = 0-18). Mean clinical follow-up of 16 +/- 16 months in the patients with mononeuritis multiplex of unknown cause also failed to identify a rheumatic disease. Overall 19/35 (54%; CI = 37-71) did not have a rheumatic disease or any other known cause. Of the 14 patients with mononeuritis multiplex associated with a rheumatic disease, 5/14 (36%; CI = 13-15) had systemic lupus erythematosus; an additional patient had both lupus and the CREST syndrome.(ABSTRACT TRUNCATED AT 250 WORDS)