BACKGROUND: Before highly active antiretroviral therapy (HAART) became available, cytomegalovirus was a major cause of opportunistic infection in HIV-infected patients and was associated with accelerated progression to AIDS and death. We have investigated whether cytomegalovirus viraemia remains a significant risk factor for progression of HIV disease and death in the era of HAART. METHODS: 374 patients whose CD4-cell count had ever been below 100 per microL were enrolled in a prospective study. Serial blood samples were tested for cytomegalovirus by PCR. Rates of new cytomegalovirus disease, new AIDS-defining disorders, and death were calculated over a median follow-up of 37 months after stratification according to baseline and most recent cytomegalovirus PCR status at any point during follow-up. FINDINGS: Of 2969 PCR assays, 375 (12.6%) were positive for cytomegalovirus DNA. 259 (69.3%) patients were persistently negative for cytomegalovirus by PCR; 15 were persistently positive; and 100 were intermittently positive and negative. In multivariate models, cytomegalovirus PCR-positive status as a time-updated covariate was significantly associated with increased relative rates of progression to a new AIDS-defining disorder (2.22 [95% CI 1.27-3.88] p=0.005) and death (4.14 [1.97-8.70] p=0.0002). INTERPRETATION: Detection of cytomegalovirus in blood by PCR continues to identify patients with a poor prognosis, even in the era of HAART. Randomised controlled clinical trials of drugs active against cytomegalovirus are needed to investigate whether this virus is a marker or a determinant of HIV disease progression.
BACKGROUND: Before highly active antiretroviral therapy (HAART) became available, cytomegalovirus was a major cause of opportunistic infection in HIV-infectedpatients and was associated with accelerated progression to AIDS and death. We have investigated whether cytomegalovirus viraemia remains a significant risk factor for progression of HIV disease and death in the era of HAART. METHODS: 374 patients whose CD4-cell count had ever been below 100 per microL were enrolled in a prospective study. Serial blood samples were tested for cytomegalovirus by PCR. Rates of new cytomegalovirus disease, new AIDS-defining disorders, and death were calculated over a median follow-up of 37 months after stratification according to baseline and most recent cytomegalovirus PCR status at any point during follow-up. FINDINGS: Of 2969 PCR assays, 375 (12.6%) were positive for cytomegalovirus DNA. 259 (69.3%) patients were persistently negative for cytomegalovirus by PCR; 15 were persistently positive; and 100 were intermittently positive and negative. In multivariate models, cytomegalovirus PCR-positive status as a time-updated covariate was significantly associated with increased relative rates of progression to a new AIDS-defining disorder (2.22 [95% CI 1.27-3.88] p=0.005) and death (4.14 [1.97-8.70] p=0.0002). INTERPRETATION: Detection of cytomegalovirus in blood by PCR continues to identify patients with a poor prognosis, even in the era of HAART. Randomised controlled clinical trials of drugs active against cytomegalovirus are needed to investigate whether this virus is a marker or a determinant of HIV disease progression.
Authors: Roland R Regoes; E Frances Bowen; Alethea V Cope; Dehila Gor; Aycan F Hassan-Walker; H Grant Prentice; Margaret A Johnson; Paul Sweny; Andrew K Burroughs; Paul D Griffiths; Sebastian Bonhoeffer; Vincent C Emery Journal: Proc Biol Sci Date: 2006-08-07 Impact factor: 5.349
Authors: D A Wohl; M A Kendall; J Andersen; C Crumpacker; S A Spector; J Feinberg; B Alston-Smith; S Owens; S Chafey; M Marco; S Maxwell; N Lurain; D Jabs; C Benson; P Keiser; M A Jacobson Journal: HIV Clin Trials Date: 2009 May-Jun
Authors: Mary K Wloch; Larry R Smith; Souphaphone Boutsaboualoy; Luane Reyes; Christina Han; Jackie Kehler; Heather D Smith; Linda Selk; Ryotaro Nakamura; Janice M Brown; Thomas Marbury; Anna Wald; Alain Rolland; David Kaslow; Thomas Evans; Michael Boeckh Journal: J Infect Dis Date: 2008-06-15 Impact factor: 5.226
Authors: Peter W Hunt; Elizabeth Sinclair; Benigno Rodriguez; Carey Shive; Brian Clagett; Nicholas Funderburg; Janet Robinson; Yong Huang; Lorrie Epling; Jeffrey N Martin; Steven G Deeks; Curtis L Meinert; Mark L Van Natta; Douglas A Jabs; Michael M Lederman Journal: J Infect Dis Date: 2014-04-21 Impact factor: 5.226