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1 of which can predict risk of progression to CMV viremia.
2 trols, suggesting an APC defect during acute CMV viremia.
3 ts, 23% (13 of 56) of those with significant CMV viremia.
4 (92%) occurred in patents without antecedent CMV viremia.
5 C, hemoglobin <10 g/dL, lower CD4 count, and CMV viremia.
6 sity of immunosuppression after diagnosis of CMV viremia.
7 rom January 2007 to June 2011 for BKV and/or CMV viremia.
8 f worse outcomes in patients with late-onset CMV viremia.
9 0.02) were associated with a higher risk of CMV viremia.
10 stitution of thymopoiesis, but fail to clear CMV viremia.
11 broadened over time despite the clearance of CMV viremia.
12 Twenty-three percent of patients developed CMV viremia.
13 December 2013; 32 (32%) tested positive for CMV viremia.
14 patient developed CMV-T cell responses post-CMV viremia.
15 T; group 2 comprised the 35 patients without CMV viremia.
16 uperior to conventional monitoring to detect CMV viremia.
18 1 consisted of the 8 patients who developed CMV viremia after LT; group 2 comprised the 35 patients
20 t test was used to compare the proportion of CMV viremia and CMV retinitis in patients transplanted b
21 ntly better in the induction group; however, CMV viremia and CMV syndrome rates were significantly hi
24 characteristic curve analysis for predicting CMV viremia and disease showed a high area under the rec
25 or cytomegalovirus (CMV) serologic status on CMV viremia and disease when prophylactic granulocyte co
26 bserved; all severe manifestations combined (CMV viremia and disease) were significantly reduced amon
29 aft survival when compared with asymptomatic CMV viremia and those without CMV viremia (relative risk
30 ith valacyclovir also decreased the rates of CMV viremia and viruria, herpes simplex virus disease, a
31 gnificantly higher rates of cytomegalovirus (CMV) viremia and CMV syndrome occurred in those receivin
32 s viridians bacteremia, and cytomegalovirus (CMV) viremia and identified mutations in 2 genes that re
33 man herpesvirus (HHV)-7 and cytomegalovirus (CMV) viremia and the effects of oral and intravenous (iv
35 a, (2) immune T-cell recovery anticipated by CMV viremia, and (3) no T-cell immune reconstitution des
39 viremia (preemptive, N = 15) or detection of CMV viremia associated with a CMV syndrome (deferred, N
41 tients, who had been previously analyzed for CMV viremia by polymerase chain reaction (PCR) for 12 we
42 om 35 transplant recipients with and without CMV viremia by using a microarray chip covering 847 hsa-
45 r pre-emptive valganciclovir for significant CMV viremia detected at predefined assessments through m
46 e range, 0.5-197 months) in whom significant CMV viremia developed (CMV level at PCR, >/=4000 copies/
49 ral drug resistance should be suspected when CMV viremia (DNAemia or antigenemia) fails to improve or
52 ne the relationship between cytomegalovirus (CMV) viremia during early infancy and clinical and labor
54 sidered the "gold standard" for detection of CMV viremia, especially when transport of specimens over
55 t a median of 12 days (range, 3-57 days) and CMV viremia greater than 1000 copies/mL occurred in 20%
56 Moreover, we found that only symptomatic CMV viremia had a significant negative impact on graft s
57 ere sufficient for reactivation of low-level CMV viremia, high-level viremia (>1,000 copies of CMV DN
59 ), and a CMV plasma PCR for the detection of CMV viremia in renal and bone marrow transplant recipien
60 in a significant and progressive decline in CMV viremia in the absence of specific anti-CMV therapy.
61 In a separate analysis, untreated isolated CMV viremia in the first CMV infection episode was follo
63 valence and risk factors of cytomegalovirus (CMV) viremia in patients infected with human immunodefic
64 sure to ganciclovir during prophylaxis, with CMV viremia incidence during and after treatment, CMV di
65 g-transplant recipients, we hypothesize that CMV viremia increases the risk of bronchiolitis oblitera
66 ter LT for chronic HCV, patients who develop CMV viremia incur a significantly greater risk of severe
70 CMI assessment shortly after the onset of CMV viremia may be useful to predict progression versus
73 rwent allogeneic HSCT; 13 patients (46%) had CMV viremia, not a statistically significant increase (P
76 variable associated with the development of CMV viremia (odds ratio [OR]=1.65; CI 1.03, 2.65) and IT
77 Among 609 recipients, 108 (17.7%) developed CMV viremia, of which 95 (88%) were asymptomatic, 5 (5%)
81 nt BKV viremia than patients with antecedent CMV viremia (P=0.003; hazard ratio, 2.05; 95% confidence
83 intravenously for 21 days upon detection of CMV viremia (preemptive, N = 15) or detection of CMV vir
85 h asymptomatic CMV viremia and those without CMV viremia (relative risk, 3.5; 95% confidence interval
86 justment for HIV load and CD4(+) cell count, CMV viremia remained associated with an increased risk o
88 e-dependent, Cox proportional hazards model, CMV viremia (RR=8.6, 95% CI 1.8-39.7, P=0.0012), invasiv
94 ivariate analysis was used to assess whether CMV viremia was associated with BOS or death and retrans
99 ese Thai patients with advanced HIV disease, CMV viremia was frequent, and CMV DNA >500 copies/mL pre
106 y also expanded in the absence of detectable CMV viremia when both the donor and recipient were CMV s
109 nitiated after a median of three episodes of CMV viremia, with a mean peak viral load of 245,826 copi
110 investigator (investigator treated [IT]), or CMV viremia within 12 months of transplant in D+/R- tran
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