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. 2020 Feb;191:107901. doi: 10.1016/j.exer.2019.107901

Table 3.

Genes significantly upregulated in ocular tissue with persistent inflammation.

Gene Function ELS INFIL NOT TON Summary
ARHGDIB* T cell growth and signalling 616 736 53 1798 Interacts with VAV1 and Src. Expression may limit metastasis
CD53 399 467 14 1331 Contributes to CD2 signalling. Mutation leads to immunodeficiency
IL2RG 201 213 7 735 Common gamma chain used by lymphocyte growth factor receptors
LCP2 224 263 9 508 Slp-76
CD45R0* 208 248 13 600 Memory T cell marker; found in ERU follicles
CD45RA 65 69 2 783 Naive T cell marker
HLA-DRA Antigen processing and presentation 2639 2656 130 4915 MHC II alpha chain
CTSS* 753 900 39 750 Cathepsin S
CTSC 612 678 40 679 Cathepsin C
FN1 Matrix interactions 2345 2690 51 105 Fibronectin
ICAM3 125 135 6 302 CD50 ligand for LFA-1
ITGB2 592 612 32 658 CD41; Integrin alpha chain 2b. Fibrinogen receptor in platelets
CD14 Innate immunity 567 645 34 140 TLR4 co-factor
C3** 511 453 31 486 Complement factor 3
CD97** 174 181 9 310 GPCR family, interacts with decay activating factor
FCGR2B** B cell function 278 232 13 93 Inhibitory receptor CD32B, expressed on B cells
MS4A1 120 119 2 2281 CD20; target of Rituximab
CCL18 Cell localisation 242 457 3 471 Produced by APCs of the innate immune system, attracts non-Foxp3 pos Tregs. CCR8 probably the ligand
IL16 173 185 6 863 Chemoattractant for CD4 cells

Genes upregulated in ocular tissue with persistent inflammation (P < 0.05; FDR<0.05), comparing control samples with all inflamed samples or only samples with ELS. Gene expression measured by nanostring counts from ocular tissue with ectopic follicle like structures (ELS), immune cell infiltrate (INFIL), non-infiltrated plus normal tissues (NOT) and tonsil (TON). *Genes only identified vs all inflamed tissue, ** genes identified only vs ELS. All other genes identified in both analyses. Data are the geometric mean of the gene expression measured using the nCounter array except TON which is a single measurement from tissue. Differential gene expression was assessed following normalisation using the voom function in limma, implementing cyclic loess (Law et al., 2014; Ritchie et al., 2015).