ライフサイエンスコーパス: chorioretinitis

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

2 case of SCLC-associated CAR to present with chorioretinitis.

3 plex keratitis or destructive herpes simplex chorioretinitis.

4 of eyes had vitritis and/or macula-involving chorioretinitis.

5 rmediate uveitis and 30 (66.7%) with sarcoid chorioretinitis.

6 Twenty patients had chorioretinitis and 2 had endophthalmitis.

7 We present a rare case of CAR with chorioretinitis and optic neuritis in a patient with occ

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

9 To describe a case of bilateral multifocal chorioretinitis as the only presentation of acute West N

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

11 Acute syphilitic posterior placoid chorioretinitis (ASPPC) is a rare clinical manifestation

12 Contralateral destructive chorioretinitis developed in susceptible Balb/cByj mice

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

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

15 Ocular embolic events (retinal emboli or chorioretinitis/endophthalmitis) and Roth spots were fou

16 explanatory etiology in cases of multifocal chorioretinitis, even without neurological involvement.

17 ole, and in the second case due to worsening chorioretinitis from Candida dubliniensis infection that

18 The criteria for birdshot chorioretinitis had a low misclassification rate and see

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

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

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

22 al therapy modification because of worsening chorioretinitis, in 1 case due to voriconazole-resistant

23 Key criteria for birdshot chorioretinitis included a multifocal choroiditis with (

24 er congenital CMV infection, including focal chorioretinitis, inflamed vasculature, and disrupted blo

25 Chorioretinitis may be more common than previously appre

26 ther visible end-organ damage in the form of chorioretinitis may be useful for guiding systemic thera

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

28 id pigment epitheliopathy (APMPPE), birdshot chorioretinitis, multifocal choroiditis, punctate inner

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

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

31 fundus examination demonstrated evidence of chorioretinitis or endophthalmitis.

32 95% CI 2.4%-8.5%) were diagnosed with fungal chorioretinitis or endophthalmitis.

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

34 included time to improvement in vitritis or chorioretinitis, systemic therapy modification, and need

35 We hypothesize that HLA-A29 may predispose chorioretinitis via an altered gut microbiome.

36 Peripheral multifocal chorioretinitis was associated with a high prevalence of

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

38 The misclassification rates for birdshot chorioretinitis were 10% in the training set and 0% in t

39 r uveitides, including 207 cases of birdshot chorioretinitis, were evaluated by machine learning.

40 case in the literature to report M. chimaera chorioretinitis with concomitant negative neuroimaging.

41 mmon but important differential diagnosis of chorioretinitis with macular involvement.

42 the meta-analysis for OC and concordant CE (chorioretinitis with vitreous involvement), respectively