Immune Reconstitution Inflammatory Syndrome Reaction in Patient on Long-Term Prednisone.

Immune reconstitution inflammatory syndrome (IRIS) can be triggered in many ways. IRIS has been recognized during tuberculosis (TB) therapy, especially in patients newly initiated on antiretroviral therapy for HIV or those taken off immunosuppressives such as tumor necrosis factor-alpha inhibitors. However, there are still many triggers of IRIS that are less understood. This case report describes a patient with scrofula that was concerning for TB reactivation, who then had subsequent IRIS. The patient had been consistently using low-dose long-term prednisone for suppression of his polymyalgia rheumatica. It is suspected that the IRIS reaction could be due to an interaction between rifampin and prednisone causing decreased efficacy of its immunosuppressive effects.

Surrogate Satisfaction with Decision Making After Intracerebral Hemorrhage.

BACKGROUND/OBJECTIVE: Surrogate decision makers for patients with intracerebral hemorrhage (ICH) are frequently asked to make difficult decisions on use of life-sustaining treatments. We explored ICH surrogate satisfaction with decision making and experience of decision regret using validated measures in a prospective multicenter study. METHODS: Cases of non-traumatic ICH were enrolled from three hospitals (September 2015-December 2016), and surrogate decision makers were invited to complete a self-administered survey. The primary outcome was the 10-item decision-making subscale of the Family Satisfaction in the Intensive Care Unit scale (FSICU-DM, range 0-100, higher is greater satisfaction), and the secondary outcome was the decision regret scale (range 0-100, higher is greater regret). Linear regression models were used to assess the association between satisfaction with decision making and pre-specified covariates using manual backward selection. RESULTS: A total of 73 surrogates were approached for participation (in person or mail), with 48 surrogates returning a completed survey (median surrogate age 60.5 years, 63% female, 77% white). Patients had a median age of 72.5, 54% were female, with a median admission Glasgow coma scale of 10, in-hospital mortality of 31%, and 56% with an in-hospital DNR order. Physicians commonly made treatment recommendation (> 50%) regarding brain surgery or transitions to comfort measures, but rarely made recommendations (< 20%) regarding DNR orders. Surrogate satisfaction with decision making was generally high (median FSICU-DM 85, IQR 57.5-95). Factors associated with higher satisfaction on multivariable analysis included greater use of shared decision making (P < 0.0001), younger patient age (p = 0.02), ICH score of 3 or higher (p = 0.03), and surrogate relationship (spouse vs. other, p = 0.02). Timing of DNR orders was not associated with satisfaction (P > 0.25). Decision regret scores were generally low (median 12.5, IQR 0-31.3). CONCLUSIONS: Considering the severity and abruptness of ICH, it is reassuring that surrogate satisfaction with decision making was generally high and regret was generally low. However, more work is needed to define the appropriate outcome measures and optimal methods of recruitment for studies of surrogate decision makers of ICH patients.

Development and usability testing of Understanding Stroke, a tailored life-sustaining treatment decision support tool for stroke surrogate decision makers.

BACKGROUND: Surrogate decision makers of stroke patients are often unprepared to make critical decisions on life-sustaining treatments. We describe the development process and key features for the Understanding Stroke web-based decision support tool. METHODS: We used multiple strategies to develop a patient-centered, tailored decision aid. We began by forming a Patient and Family Advisory Council to provide continuous input to our multidisciplinary team on the development of the tool. Additionally, focus groups consisting of nurses, therapists, social workers, physicians, stroke survivors, and family members reviewed key elements of the tool, including prognostic information, graphical displays, and values clarification exercise. To design the values clarification exercise, we asked focus groups to provide feedback on a list of important activities of daily living. An ordinal prognostic model was developed for ischemic stroke and intracerebral hemorrhage using data taken from the Virtual International Stroke Trials Archive Plus, and incorporated into the tool. RESULTS: Focus group participants recommended making numeric prognostic information optional due to possible emotional distress. Pie charts were generally favored by participants for graphical presentation of prognostic information, though a horizontal stacked bar chart was also added due to its prevalence in stroke literature. Plain language descriptions of the modified Rankin Scale were created to accompany the prognostic information. A values clarification exercise was developed consisting of a list of 13 situations that may make an individual consider comfort measures only. The final version of the web based tool (which can be viewed on tablets) included the following sections: general introduction to stroke, outcomes (prognostic information and recovery), in-hospital and life-sustaining treatments, decision making and values clarification, post-hospital care, tips for talking to the health care team, and a summary report. Preliminary usability testing received generally favorable feedback. CONCLUSION: We developed Understanding Stroke, a tailored decision support tool for surrogate decision makers of stroke patients. The tool was well received and will be formally pilot tested in a group of stroke surrogate decision makers. TRIAL REGISTRATION: ClinicalTrials.gov ( NCT03427645 ).