Skip to main content
. 2022 Sep 21;12:15755. doi: 10.1038/s41598-022-20139-1

Table 3.

Gene difference between patients that died versus lived.

Gene expression Alternative splicing Alternative transcription
Top 5 increase (gene (fold change)) in patients that died versus lived
NPC1L1 (8.1) ITGB2 (3.7) NCF2 (8.7)
VWA3B (5.7) DPYD (3.6) STX3 (8.4)
ABCB11 (5.5) SMCHD1 (3.4) YWHAB (8.2)
OR6C4 (5.1) NF2 (2.9) MAP2K6 (7.8)
UGT2A3 (4.7) LRRK2 (2.9) N4BP1 (7.3)
Gene expression Alternative splicing Alternative transcription
Top 5 decrease (gene (fold change)) in patients that died versus lived
ABCA4 (− 8.4) VPS13B (− 3.8) STEAP4 (− 10.6)
GJB6 (− 7.3) STRN4 (− 3.3) IQGAP1 (− 8.7)
CACNA2D (− 7.2) HLA-C (− 3.2) TAP2 (− 8.6)
RNF17 (− 6.2) FMR1 (− 3.2) PRRC2B (− 8.4)
CTCFL (− 6.1) HLA-E (− 3.1) SNX10 (− 8.4)
Gene expression + alternative splicing Gene expression + alternative transcription Alternative splicing + alternative transcription
Significant in both categories in patients that died versus lived
ABCA13 ABCB11, ADARB2, ADGRD1, ASIC1, ATP2C2, CCL2, CNR1, CNTNAP2, DLG2, EPS8, FAM107A, GBP1, GBP5, HESX1, KCNMA1, MPP2, MRO, MSR1, NRP1, NRP2, PRLR, SLC1A, SLC1A3, STAC, STEAP3, TGFBI, VWA3B ANKMY1, CCDC32, CXCR2, DUSP18, FAM214B, FGF11, FMR1, IQGAP1, KDM5D, KLC4, LGALS3BP, MBNL1, NF2, SLC24A1, TAF1C, TCF3, ZDHHC24, ZSCAN18
Gene expression Alternative splicing Alternative transcription
Top 5 Gene Ontology (GO) term analysis (pathway (fold change)—contributing genes if less than 10)

Protein Homotrimerization (19.8)—SLC1A2, ASIC1, HLA-G, SCARA5

Negative regulation of interleukin-10 Production (16.5)—MMP8, CD274, PDCD1LG2, IL23R

Protein trimerization (16.5)—SLC1A2, ASIC1, HLA-G, SCARA5

Retinal ganglion cell axon guidance (16.5)—NRP1, NRCAM, EPHB2, POU4F3

Axonal fasciculation (12.9)—NRP1, NRCAM, EPHB2, CNR1

None

RNA Polymerase I Preinitiation Complex Assembly (7.9)—TAF1C, BAZ2A, PIH1D1, SMARCA4, UBTF, SMARCB1

Regulation of RNA splicing (2.5)—34 genes

Regulation of mRNA Splicing, via spliceosome (2.3)—23 genes

Regulation of mRNA Processing (2.2)—29 genes

Purine containing compound biosynthetic process (2.1)—32 genes