Virus Expression Database

GSE30719

Microarray Analysis of West Nile Virus infected Human Retinal Pigment Epithelium

Submitted by Luis Munoz-Erazo (University of Sydney, Australia) on Jul 15 2011

Platform: microarray – [HuGene-1_0-st] Affymetrix Human Gene 1.0 ST Array [transcript (gene) version]

Pubmed: 22509103

Summary Low-level infection is believed to play a role in the degradation of the outer blood retinal barrier, which is composed of retinal pigment epithelial (RPE) cells.
By investigating immunopathogenic West nile virus (WNV) infected RPE via microarray, we sought to find key genes involved in a low-level viral infection, which are vital for normal immune responses.

10 Samples

ID Title Cell Type Timepoint Reported Virus Virus Species Exclusion Reason
GSM762060 uninfected primary RPE, biological replicate 1 retinal pigment epithelium cell  24 hrs control Uninfected
GSM762061 infected primary RPE, biological replicate 1 retinal pigment epithelium cell  24 hrs West Nile West Nile virus
GSM762062 uninfected primary RPE, biological replicate 2 retinal pigment epithelium cell  24 hrs control Uninfected
GSM762063 infected primary RPE, biological replicate 2 retinal pigment epithelium cell  24 hrs West Nile West Nile virus
GSM762064 uninfected primary RPE, biological replicate 3 retinal pigment epithelium cell  24 hrs control Uninfected
GSM762065 infected primary RPE, biological replicate 3 retinal pigment epithelium cell  24 hrs West Nile West Nile virus
GSM762066 uninfected primary RPE, biological replicate 4 retinal pigment epithelium cell  24 hrs control Uninfected
GSM762067 infected primary RPE, biological replicate 4 retinal pigment epithelium cell  24 hrs West Nile West Nile virus
GSM762068 uninfected ARPE19 cell line retinal pigment epithelium cell line  [ARPE-19 ] 24 hrs control Uninfected
GSM762069 infected ARPE19 cell line retinal pigment epithelium cell line  [ARPE-19 ] 24 hrs West Nile West Nile virus