Stroke is a leading cause of death and a serious long-term disability in this country. Much of the research on stroke rehabilitation has focused on physical/functional recovery as the predominant measure of outcome. There is a gap in knowledge of social issues and integration into societal, family, and community roles after stroke. A descriptive, correlational survey design was used to examine the relationships of functional status, depression, and overall stroke recovery to social integration in a convenience sample of ischemic stroke survivors. The survey response rate was 21.4%. Results showed that functional status, overall stroke recovery, and depression are highly significant predictors of social integration, explaining 62% of the variance (adjusted R 2 ). Comorbid depression was negatively (j.74) and significantly (.01, two-tailed) correlated to social integration, such that higher levels of depression are associated with lower levels of social integration. Finally, employment status after stroke dropped from 48% to 4.2%, and poststroke employment status was correlated to social integration (significance = .03). Care for patients with chronic conditions like stroke should address all domains of the individualVphysical, psychosocial, and environmental. Factors including depression and perceptions of overall stroke recovery are significant and should be addressed in the rehabilitation process to better promote social integration. Social integration is an important and understudied aspect of stroke recovery that warrants further research.

Hypertension is a lifelong condition; thus, long-term adherence to lifestyle modification, self-monitoring, and medication regimens remains a challenge for patients. The aim of this study was to develop a patient-reported hypertension instrument that measured attitudes, lifestyle behaviors, adherence, and barriers to hypertension management using patient-reported outcome data. The study was conducted using the Open Research Exchange software platform created by PatientsLikeMe. A total of 360 participants completed the psychometric phase of the study; incomplete responses were obtained from 147 patients, and 150 patients opted out. Principal component analysis with orthogonal (varimax) rotation was executed on a data set with all completed responses (N = 249) and applied to 43 items. Based on the review of the factor solution, eigenvalues, and item loadings, 16 items were eliminated and model with 29 items was tested. The process was repeated two more times until final model with 14 items was established. In interpreting the rotated factor pattern, an item was said to load on any given component if the factor loading was ≥0.40 for that component and was <0.40 for the other. In addition to the newly generated instrument, demographic and self-reported clinical characteristics of the study participants such as the type of prescribed hypertension medications, frequency of blood pressure monitoring, and comorbid conditions were examined. The Open Research Exchange platform allowed for ongoing input from patients through each stage of the 14-item instrument development.