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e thoughtful implementation with decision-making support for patients and physicians.
Sharing outpatient notes with patients may bring clinically important benefits, but notes may sometimes cause patients to feel judged or offended, and thereby reduce trust.
As part of a larger survey examining the effects of open notes, we sought to understand how many patients feel judged or offended due to something they read in outpatient notes, and why.
We analyzed responses from a large Internet survey of adult patients who used secure patient portals and had at least 1 visit note available in a 12-month period at 2 large academic medical systems in Boston and Seattle, and in a rural integrated health system in Pennsylvania.
Adult ambulatory patients with portal accounts in health systems that offered open notes for up to 7 years.
(1) Quantitative analysis of 2 dichotomous questions, and (2) qualitative thematic analysis of free-text responses on what patients found judgmental or offensive.
Among 22,959 patient respondents who had read at least one note and answered the 2 questions, 2,411 (10ses, labeling, or evidence of disrespect. The content and tone may be particularly important to patients in poor health. Enhanced clinician awareness of the patient perspective may promote an improved medical lexicon, reduce the transmission of bias to other clinicians, and reinforce healing relationships.
Little is known about the risk of admission for emergency department (ED) visits for ambulatory care sensitive conditions (ACSCs) by limited English proficient (LEP) patients.
Estimate admission rates from ED for ACSCs comparing LEP and English proficient (EP) patients and examine how these rates vary at hospitals with a high versus low proportion of LEP patients.
Retrospective cohort study of California's 2017 inpatient and ED administrative data PARTICIPANTS Community-dwelling individuals ≥ 18 years without a primary diagnosis of pregnancy or childbirth. LEP patients had a principal language other than English.
We used a series of linear probability models with incremental sets of covariates, including patient demographics, primary diagnosis, and Elixhauser comorbidities, to examine admission rate for visits of LEP versus EP patients. We then added an interaction covariate for high versus low LEP-serving hospital. We estimated models with and without hospital-level random effects.
These analyses included 9,641,689 ED visits; 14.7% were for LEP patients. . Observed rate of admission for all ACSC ED visits was higher for LEP than for EP patients (26.2% vs. selleck compound 25.2; p value < .001). Adjusted rate of admission was not statistically significant (27.3% [95% CI 25.4-29.3%] vs. 26.2% [95% CI 24.3-28.1%]). For COPD, the difference was significant (36.8% [95% CI 35.0-38.6%] vs. 33.3% [95% CI 31.7-34.9%]). Difference in adjusted admission rate for LEP versus EP visits did not differ in high versus low LEP-serving hospitals.
In adjusted analyses, LEP was not a risk factor for admission for most ACSCs. This finding was observed in both high and low LEP-serving hospitals.
In adjusted analyses, LEP was not a risk factor for admission for most ACSCs. This finding was observed in both high and low LEP-serving hospitals.
Many seriously ill hospitalized patients have cardiopulmonary resuscitation (CPR) as part of their care plan, but CPR is unlikely to achieve the goals of many seriously ill hospitalized patients.
To determine if a multicomponent decision support intervention changes documented orders for CPR in the medical record, compared to usual care.
Open-label randomized controlled trial.
Patients on internal medicine and neurology wards at two tertiary care teaching hospitals who had a 1-year mortality greater than 10% as predicted with a validated model and whose care plan included CPR, if needed.
Both the control and intervention groups received usual communication about CPR at the discretion of their care team. The intervention group participated in a values clarification exercise and watched a CPR video decision aid.
The primary outcome was the proportion of patients who had a no-CPR order at 14days after enrollment.
We recruited 200 patients between October 2017 and October 2018. Mean age was 77years. There was no difference between the groups in no-CPR orders 14days after enrollment (17/100 (17%) intervention vs 17/99 (17%) control, risk difference, - 0.2%) (95% confidence interval - 11 to 10%; p= 0.98). In addition, there were no differences between groups in decisional conflict summary score or satisfaction with decision-making. Patients in the intervention group had less conflict about understanding treatment options (decisional conflict knowledge subscale score mean (SD), 17.5 (26.5) intervention arm vs 40.4 (38.1) control; scale range 0-100 with lower scores reflecting less conflict).
Among seriously ill hospitalized patients who had CPR as part of their care plan, this decision support intervention did not increase the likelihood of no-CPR orders compared to usual care.
Canadian Frailty Network, The Ottawa Hospital Academic Medical Organization.
Canadian Frailty Network, The Ottawa Hospital Academic Medical Organization.In order for health care innovations to be effective and actionable, they must align with the needs and practice patterns of those delivering care at the bedside. While research has started to incorporate the patient voice, it has yet to fully invest in the expertise of frontline clinicians. Frontline clinicians carry a wealth of clinical knowledge and the lived experience of providing real-world medical care that the research community seeks to improve. We consider options for clinicians as research stakeholders along a continuum of engagement as outlined by the UCSF Clinical and Translational Science Institute from minimal to supportive to participatory. In order to make an effective value proposition to support reallocation of clinician time to research engagement, we advocate evaluating the impact of clinicians as stakeholders at both the process level (e.g., clinician satisfaction, study recruitment rates) and endpoint level (e.g., clinical outcomes). Investing in clinicians as research stakeholders can offer benefits for the individual, health system, and population by increasing the generalizability, adoption, and sustainability of effective interventions.
Read More: https://www.selleckchem.com/products/iso-1.html
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