Ocular and neural genes jointly regulate the visuospatial working memory in ADHD children

Table 3 Top 5 enriched gene ontology (GO) pathway in four indexes

GO pathway	N gene	Beta	SE	P
REYDD
Forebrain neuron fate commitment	9	1.1369	0.3441	4.78E−04*
Dopamine transport	47	0.20113	0.13196	6.37E−02
Wnt signaling pathway involved in midbrain dopaminergic neuron differentiation	11	0.39499	0.29188	8.80E−02
Midbrain dopaminergic neuron differentiation	16	0.29743	0.24711	1.14E−01
Regulation of dopamine uptake involved in synaptic transmission	7	0.33785	0.29334	1.25E−01
REYDI
Forebrain neuron fate commitment	9	1.0519	0.34518	1.16E−03
Dopamine transport	47	0.37079	0.13236	2.55E−03
Forebrain morphogenesis	11	0.63099	0.30332	1.88E−02
Synaptic transmission dopaminergic	28	0.28778	0.14888	2.66E−02
Adenylate cyclase inhibiting dopamine receptor signaling pathway	8	0.68815	0.35835	2.74E−02
REYSD
Dopamine transport	47	0.43833	0.1351	5.90E−04*
Forebrain neuron fate commitment	9	0.97901	0.35241	2.74E−03
Dopamine secretion	36	0.37745	0.16311	1.03E−02
Forebrain morphogenesis	11	0.58913	0.30966	2.86E−02
Forebrain regionalization	21	0.37972	0.22967	4.91E−02
REYSI
Dopamine transport	47	0.3859	0.13521	2.16E−03
Adenylate cyclase inhibiting dopamine receptor signaling pathway	8	0.95016	0.36607	4.73E−03
Regulation of dopamine uptake involved in synaptic transmission	7	0.73861	0.30058	7.00E−03
Forebrain neuron differentiation	46	0.37687	0.15529	7.62E−03
Forebrain neuron fate commitment	9	0.80482	0.3527	1.13E−02

ISSN: 1744-9081