1 emained relatively constant during long-term inapparent infection.

2 rogression from chronic disease to long-term inapparent infection.

3 etected in the urine of three red foxes with inapparent infections.

4 ontrol of virus replication during long-term inapparent infections.

5 inically apparent infections from clinically inapparent infections.

6  and about the immunological consequences of inapparent infections.

7 es may be secondary to persistent, sometimes inapparent, infections, accompanied by coexisting antibo

8  role of young children with asymptomatic or inapparent infection as the community reservoir of hepat

9                 Our results demonstrate that inapparent infections can hold the key to interpreting t

10 se and viremia that typically progress to an inapparent infection in which clinical symptoms are abse

11 red foxes in the UK and that many foxes have inapparent infections in a range of tissues.

12                                              Inapparent infections in the cohort overestimated the ra

13 re 29% and 0%, respectively, for an apparent:inapparent infection ratio of nearly 2 in affected areas

14 f plasma viral RNA detected during long-term inapparent infection that correlated with the severity o

15 ruses establish species-specific persistent, inapparent infections that are stable on an evolutionary

16 l presentation of DENV infection ranges from inapparent infection to dengue hemorrhagic fever and den

17 examination, 29 of 154 (18.8%) red foxes had inapparent infections with CAV-1, as detected by a neste