1 11 or 0/34) mice (keratitis or contralateral chorioretinitis).

2 plex keratitis or destructive herpes simplex chorioretinitis.

3                          Twenty patients had chorioretinitis and 2 had endophthalmitis.

4  children with congenital LCMV infection had chorioretinitis and structural brain anomalies.

5 esions may be a feature of active Zika virus chorioretinitis, as reported in other Flavivirus infecti

6                    Contralateral destructive chorioretinitis developed in susceptible Balb/cByj mice

7 ceptible Balb/cByj mice (19/23); ipsilateral chorioretinitis did not occur (0/23).

8 utcome, whereas all patients with widespread chorioretinitis died of systemic complications of M. chi

9 mmunocompetent individuals, hydrocephalus or chorioretinitis in fetal infection, or a highly lethal o

10 r duration of uveitis prior to diagnosis and chorioretinitis in the macula at presentation were assoc

11                       Delay of diagnosis and chorioretinitis in the macula were associated with visua

12                                              Chorioretinitis may be more common than previously appre

13                                 For birdshot chorioretinitis, mean (+/-standard deviation) quantitati

14 yocarditis (n = 5), brain abscesses (n = 5), chorioretinitis (n = 3), lymph node enlargement (n = 2),

15 vitreoretinal interface (but not destructive chorioretinitis) of all C57BL/6, two gld, and three lpr

16  fundus examination demonstrated evidence of chorioretinitis or endophthalmitis.

17 95% CI 2.4%-8.5%) were diagnosed with fungal chorioretinitis or endophthalmitis.

18 th systemic cytomegalovirus (CMV), including chorioretinitis, received localized and systemic gancicl

19                        Peripheral multifocal chorioretinitis was associated with a high prevalence of

20 the contralateral retina but not destructive chorioretinitis was observed in two C57BL/6, three B6.SM