Table 1. Biologically relevant triplets.

By tracing statistically significant triplets in the enriched terms, 12 triplets in which X₁ and X₂ are involved in the same biological process or pathway were determined.

	GO Term	GO Levels	p-value	FDR (BH)	Triplet Number
Biological Process	Regulation of immune system process	[2, 3]	1.13E-05	5.20E-03	34,72,90
	Defense response	[3]	2.15E-04	6.20E-03	34
	Response to other organism	[2, 4]	3.32E-04	9.01E-03	34
	Regulation of defense response	[4, 5]	9.20E-04	1.21E-02	34
	Cytokine production	[3]	7.46E-04	1.23E-02	78
	Negative regulation of apoptotic signaling pathway	[4, 5, 6, 7, 8]	1.24E-03	1.50E-02	22
	Regulation of response to stimulus	[2, 3]	1.28E-03	1.52E-02	22,29,34
	Positive regulation of cellular metabolic process	[3, 4, 5]	1.46E-03	1.64E-02	34,45
	Cellular response to chemical stimulus	[3]	1.91E-03	1.80E-02	34,38,22
	Regulation of response to external stimulus	[3, 4]	1.76E-03	1.81E-02	34
	Cellular response to hydrogen peroxide	[5, 6]	2.89E-03	2.30E-02	34
	Programmed cell death	[4]	3.27E-03	2.48E-02	34,22
	Negative regulation of apoptotic process	[5, 6, 7]	5.06E-03	3.16E-02	22,34
	Regulation of apoptotic signaling pathway	[4, 5, 6, 7]	5.58E-03	3.30E-02	22
	Positive regulation of biological process	[1, 2, 3]	7.43E-03	3.90E-02	34,45,60,90
	Positive regulation of metabolic process	[2, 3, 4]	8.37E-03	4.16E-02	34,45
	Positive regulation of macromolecule metabolic process	[3, 4, 5]	8.60E-03	4.23E-02	45
	Cellular response to oxygen-containing compound	[4]	9.06E-03	4.27E-02	34
	Cell surface receptor signaling pathway	[4, 5]	1.00E-02	4.64E-02	46
	Positive regulation of cellular process	[2, 3, 4]	1.15E-02	5.18E-02	34,45,90
	Regulation of apoptotic process	[5, 6]	1.35E-02	5.68E-02	22,34
	Oxidation-reduction process	[3]	1.53E-02	5.94E-02	38
	Negative regulation of cell proliferation	[3, 4, 5]	1.50E-02	5.98E-02	88
	Response to wounding	[3]	1.59E-02	6.11E-02	60
	Apoptotic signaling pathway	[4, 5, 6]	1.61E-02	6.11E-02	22
	Regulation of protein metabolic process	[4, 5]	1.82E-02	6.66E-02	34
	Regulation of response to stress	[3, 4]	2.04E-02	7.09E-02	34
	Regulation of signal transduction	[3, 4, 5]	2.52E-02	8.01E-02	22
	Response to oxygen-containing compound	[3]	2.67E-02	8.34E-02	34
	Single-organism transport	[3, 4]	3.02E-02	8.83E-02	72
	Transport	[3]	3.34E-02	9.24E-02	72
Pathway	Immune System		9.80E-04	3.82E-02	11,90
	Adaptive Immune System		8.02E-04	4.69E-02	11