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1.
J Gen Intern Med ; 35(12): 3492-3500, 2020 12.
Article En | MEDLINE | ID: mdl-32779134

BACKGROUND: Clinician-educator (CE) careers in academic medicine are heterogeneous. Expectations for CEs have grown, along with a need to better prepare CEs for these roles. OBJECTIVE: To assess whether advanced education training is associated with productivity and success. DESIGN: We used a sequential mixed methods approach, collecting quantitative survey data and qualitative focus groups data. We developed a three-tiered categorization of advanced training to reflect intensity by program type. PARTICIPANTS: We surveyed CEs in the Society of General Internal Medicine (SGIM) and conducted two focus groups at an SGIM annual meeting. MAIN MEASURES: Primary outcomes were academic productivity (manuscripts, presentations, etc.) and leadership role attainment. Secondary analysis examined the interactive effect of gender and training intensity on these outcomes. KEY RESULTS: A total of 198 completed the survey (response rate 53%). Compared with medium- or low-intensity training, high-intensity training was associated with a greater likelihood of publishing ≥ 3 first- or senior-author manuscripts (adjusted OR 2.6; CI 0.8-8.6; p = 0.002), teaching ≥ 3 lectures/workshops at the regional/national/international level (adjusted OR 5.7; CI 1.5-21.3; p = 0.001), and having ≥ 3 regional/national committee memberships (adjusted OR 3.4; CI 1.0-11.7; p = 0.04). Among participants in the "no training" and "high-intensity training" categories, men were more likely to have ≥ 3 publications (OR 4.87 and 3.17, respectively), while women in the high intensity category had a likelihood similar to men with no training (OR 4.81 vs. OR 4.87). Participants felt the value of advanced training exists not only in content but also in networking opportunities that programs provide. CONCLUSIONS: While opinions were divided as to whether advanced training is necessary to position oneself for education roles, it is associated with greater academic productivity and reduced gender disparity in the publication domain. Institutions should consider providing opportunities for CEs to pursue advanced education training.


Internal Medicine , Leadership , Career Choice , Efficiency , Faculty, Medical , Female , Humans , Male
2.
J Health Care Poor Underserved ; 31(2): 724-741, 2020.
Article En | MEDLINE | ID: mdl-33410804

The cornerstone of ambulatory care training for internal medicine residents is the continuity clinic, which often serves medically and psychosocially complex patients. We conducted and evaluated a population-oriented redesign to improve care for "high-needs" patients and the resident experience at a hospital-based safety net primary care internal medicine practice in the Southeastern U.S. A Define, Measure, Analyze, Implement, Control (DMAIC) framework was adapted to identify and develop three main interventions to address major unmet needs of patients and trainees: (1) a behavioral health-focused team care model; (2) a formalized hospital discharge transitions workflow; and (3) the creation of larger "firms" of smaller resident practice partnerships. We constructed a financial model to justify investments, with metrics to track progress. Over three years, sustained reductions in hospitalizations and ED visits (mean annual changes of -11.6% and -16.9%, respectively) were achieved. Resident primary care provider (PCP)-to-patient continuity and satisfaction also improved.


Internship and Residency , Ambulatory Care Facilities , Continuity of Patient Care , Humans , Internal Medicine/education , Primary Health Care
3.
Ann Intern Med ; 161(4): 270-80, 2014 Aug 19.
Article En | MEDLINE | ID: mdl-25133362

BACKGROUND: Effective communication of risks and benefits to patients is critical for shared decision making. PURPOSE: To review the comparative effectiveness of methods of communicating probabilistic information to patients that maximize their cognitive and behavioral outcomes. DATA SOURCES: PubMed (1966 to March 2014) and CINAHL, EMBASE, and the Cochrane Central Register of Controlled Trials (1966 to December 2011) using several keywords and structured terms. STUDY SELECTION: Prospective or cross-sectional studies that recruited patients or healthy volunteers and compared any method of communicating probabilistic information with another method. DATA EXTRACTION: Two independent reviewers extracted study characteristics and assessed risk of bias. DATA SYNTHESIS: Eighty-four articles, representing 91 unique studies, evaluated various methods of numerical and visual risk display across several risk scenarios and with diverse outcome measures. Studies showed that visual aids (icon arrays and bar graphs) improved patients' understanding and satisfaction. Presentations including absolute risk reductions were better than those including relative risk reductions for maximizing accuracy and seemed less likely than presentations with relative risk reductions to influence decisions to accept therapy. The presentation of numbers needed to treat reduced understanding. Comparative effects of presentations of frequencies (such as 1 in 5) versus event rates (percentages, such as 20%) were inconclusive. LIMITATION: Most studies were small and highly variable in terms of setting, context, and methods of administering interventions. CONCLUSION: Visual aids and absolute risk formats can improve patients' understanding of probabilistic information, whereas numbers needed to treat can lessen their understanding. Due to study heterogeneity, the superiority of any single method for conveying probabilistic information is not established, but there are several good options to help clinicians communicate with patients. PRIMARY FUNDING SOURCE: None.


Communication , Decision Making , Patient Education as Topic , Patient Participation , Risk Assessment/methods , Comparative Effectiveness Research , Humans , Patient Satisfaction , Physician-Patient Relations , Probability
4.
Mt Sinai J Med ; 79(5): 545-54, 2012.
Article En | MEDLINE | ID: mdl-22976360

Primary-care physicians feel pressure to be knowledgeable, efficient, comprehensive, and compassionate while delivering evidence-based medical care. Incorporating evidence-based medicine into practice requires training in the skills of finding and applying good evidence to patients, and, increasingly, infrastructure that supports the incorporation of evidence into electronic health records. Physicians cite many barriers to the use of evidence-based medicine in practice. In this review, we examine evidence of the value of evidence-based medicine in clinical practice, discuss the interface of evidence and shared decision-making, suggest tools and approaches for incorporating evidence-based medicine into practice, and discuss the impact of recent health insurance reform on expectations and incentives for physicians with respect to evidence-based practice.


Evidence-Based Medicine , Libraries, Digital , Primary Health Care/standards , Electronic Health Records , Humans , Information Storage and Retrieval , Patient Participation , Practice Patterns, Physicians' , Primary Health Care/methods
5.
Ann Intern Med ; 156(2): JC1-6, 2012 Jan 17.
Article En | MEDLINE | ID: mdl-22250168
7.
J Gen Intern Med ; 20(8): 777-86, 2005 Aug.
Article En | MEDLINE | ID: mdl-16050893

OBJECTIVE: Medical school and residency are formative years in establishing patterns of prescribing. We aimed to review the literature regarding the extent of pharmaceutical industry contact with trainees, attitudes about these interactions, and effects on trainee prescribing behavior, with an emphasis on points of potential intervention and policy formation. DESIGN: We searched MEDLINE from 1966 until May 2004 for English language articles. All original articles were included if the abstract reported content relevant to medical training and the pharmaceutical industry. Editorials, guidelines, and policy recommendations were excluded. MEASUREMENTS AND MAIN RESULTS: Contact with pharmaceutical representatives was common among residents. The majority of trainees felt that the interactions were appropriate. A minority felt that their own prescribing could be influenced by contact or gifts, but were more likely to believe that others' prescribing could be influenced. Resident prescribing was associated with pharmaceutical representative visits and the availability of samples. A variety of policy and educational interventions appear to influence resident attitudes toward interactions with industry, although data on the long-term effects of these interventions are limited. Overall, residents reported insufficient training in this area. CONCLUSIONS: The pharmaceutical industry has a significant presence during residency training, has gained the overall acceptance of trainees, and appears to influence prescribing behavior. Training programs can benefit from policies and curricula that teach residents about industry influence and ways in which to critically evaluate information that they are given. Recommendations for local and national approaches are discussed.


Drug Industry , Internal Medicine/education , Internship and Residency , Interprofessional Relations , Students, Medical , Attitude of Health Personnel , Drug Industry/standards , Family Practice/education , Humans , Marketing
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