Journal of acquired immune deficiency syndromes (1999) · 2011
Control of medical comorbidities in individuals with HIV.
СтатьяПоддержка NIH: внешняя программаНазвание и аннотация: Перевод в очереди
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Monroe Anne K, Chander Geetanjali, Moore Richard D
Аннотация
BACKGROUND: With improved combination antiretroviral therapy-related survival, diabetes and hypertension increasingly contribute to morbidity and mortality among individuals with HIV. However, there is limited data on diabetes and blood pressure control in this population. We examined whether virologic control is associated with control of diabetes and hypertension.
METHODS: We examined HIV viral load, hemoglobin A1c (HbA1c), and blood pressure measurements from 70 diabetics and 291 hypertensives in the Johns Hopkins HIV Clinical Cohort, an urban, university-based cohort. All patients were treated for HIV and diabetes or hypertension. HbA1c and HIV-1 RNA were captured electronically from laboratory data, and blood pressure was collected electronically from vital signs taken at clinic visits. We used HIV-1 RNA values within 30 days of the HbA1c measurement or blood pressure measurement. The relationships between HIV-1 RNA and HbA1c and HIV-1 RNA and blood pressure were examined using separate random effects generalized least squares linear regression models.
RESULTS: The study sample was predominantly male and black, with a high prevalence of comorbid hepatitis C virus infection and psychiatric illness. In multivariable analysis, each log(10) increase in HIV-1 RNA was associated with higher HbA1c (β = 0.47 units, P < 0.001) among diabetics and higher mean arterial pressure among hypertensive patients (β = 1.95 mmHg, P < 0.001).
CONCLUSIONS: Suboptimal control of HIV, indicated by detectable viral load, correlates with suboptimal control of diabetes and hypertension, indicated by higher HbA1c and mean arterial pressure. Achieving control of multiple medical comorbidities and HIV simultaneously may require expansion of current adherence interventions focused primarily on antiretroviral therapy.
METHODS: We examined HIV viral load, hemoglobin A1c (HbA1c), and blood pressure measurements from 70 diabetics and 291 hypertensives in the Johns Hopkins HIV Clinical Cohort, an urban, university-based cohort. All patients were treated for HIV and diabetes or hypertension. HbA1c and HIV-1 RNA were captured electronically from laboratory data, and blood pressure was collected electronically from vital signs taken at clinic visits. We used HIV-1 RNA values within 30 days of the HbA1c measurement or blood pressure measurement. The relationships between HIV-1 RNA and HbA1c and HIV-1 RNA and blood pressure were examined using separate random effects generalized least squares linear regression models.
RESULTS: The study sample was predominantly male and black, with a high prevalence of comorbid hepatitis C virus infection and psychiatric illness. In multivariable analysis, each log(10) increase in HIV-1 RNA was associated with higher HbA1c (β = 0.47 units, P < 0.001) among diabetics and higher mean arterial pressure among hypertensive patients (β = 1.95 mmHg, P < 0.001).
CONCLUSIONS: Suboptimal control of HIV, indicated by detectable viral load, correlates with suboptimal control of diabetes and hypertension, indicated by higher HbA1c and mean arterial pressure. Achieving control of multiple medical comorbidities and HIV simultaneously may require expansion of current adherence interventions focused primarily on antiretroviral therapy.