LONRF2P5

Across TCGA patient cohorts, LONRF2P5 RNA expression is significantly associated with the go_rna of many other GO terms, with 350 significant associations in total. OV shows the largest number of these associations.

The most reproducible LONRF2P5-associated GO terms across cancer lineages are Negative regulation of oxidative stress-induced neuron intrinsic apoptotic signaling pathway, Negative regulation of oxidoreductase activity, and Negative regulation of dendritic spine development. Each is linked with LONRF2P5 in more than 1 cancer types. Because this analysis shows association rather than direction, both LONRF2P5-to-partner and partner-to-LONRF2P5 results are reported.

Each partner links to its own Q-omics profile. The box plot shows the strongest example, Negative regulation of oxidative stress-induced neuron intrinsic apoptotic signaling pathway grouped by LONRF2P5-low versus LONRF2P5-high in STAD.

RNA expression associated GO terms by consensus

Ranked by combined sampling and lineage consensus. X-score (LONRF2P5→partner) and Y-score (partner→LONRF2P5) are standardized regression coefficients; both directions are reported because the association is undirected. p-values are from the association test.

Lineage	Partner GO term	X-score	Y-score	p(X)	p(Y)	Sampling consensus	Lineage consensus
STAD	Negative regulation of oxidative stress-induced neuron intrinsic apoptotic signaling pathway →	+0.027	+0.033	.005	<.001	3	2
OV	Negative regulation of oxidoreductase activity →	+0.024	+0.021	<.001	.005	3	1
OV	Negative regulation of dendritic spine development →	+0.024	+0.023	<.001	<.001	3	1
OV	Glycolytic process through fructose-6-phosphate →	+0.018	+0.029	.005	<.001	3	1
OV	Protein localization to chromatin →	+0.016	+0.030	.002	<.001	3	1
ESCA	Positive regulation of glial cell migration →	-0.052	-0.017	.009	.001	3	1

Each partner links to its Q-omics profile. Showing the 6 strongest of 350 associations by consensus.

Negative regulation of oxidative stress-induced neuron intrinsic apoptotic signaling pathway by LONRF2P5 expression — STAD

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