ZMYND11 |
10p15.5‐p15.1 |
Nuclear protein, variant‐specific methylated histone reader that may fine‐tune gene expression via transcription regulation. |
IDI1 |
10p15.5‐p15.1 |
Peroxisomal enzyme isopentenyl‐diphosphate δ‐isomerase 1 involved in cholesterol and fatty acid synthesis |
ADARB2 |
10p15.5‐p15.1 |
Ribosomal nucleic acid editing enzyme, which possibly plays a role in the regulation of substrate‐specific RNA editing within the brain. |
CHL1 |
3p26.3‐p26.2 |
Adhesion molecule, which may regulate synaptic vesicle recycling, neuronal migration, and neurite growth in the developing brain. |
CRBN |
3p26.3‐p26.2 |
Regulates adenosine monophosphate‐activated protein kinase and new protein synthesis via the mammalian target of rapamycin signaling pathway |
CNTN6 |
3p26.3‐p26.2 |
Neural adhesion molecule of the contactin subgroup expressed in cortical neurons via excitatory glutamate synapses in the cerebellum and hippocampus |
CNTN4 |
3p26.3‐p26.2 |
Contactin neural adhesion molecule, which has been associated with spinocerebellar ataxia type 16 |
DIP2C |
10p15.5‐p15.1 |
Is expressed in the nervous system with unknown specific function |
PLN |
6q22 |
A calcium cycling protein and mediator of the β‐adrenergic effect, which has been associated with idiopathic dilated cardiomyopathy. |
KLF6 |
10p15.5‐p15.1 |
A zinc finger‐containing transcription factor and tumor suppressor. Mutations occur in prostate, colon, hepatocellular and gastric carcinomas, and astrocytic gliomas. |
AKR1C2 |
10p15.5‐p15.1 |
Mutations are associated with androgen biosynthesis defects causing 46XY disorders of sexual development and differentiation. |
AKR1C3 |
10p15.5‐p15.1 |
May precipitate castrate‐resistant prostate cancer |
AKR1E2 |
10p15.5‐p15.1 |
A potential candidate gene for pediatric cataracts. |
IL5RA |
3p26.3‐p26.2 |
Associated with sporadic Immunoglobulin A nephropathy. |
LRRN1 |
3p26.3‐p26.2 |
This gene is highly expressed in neuroblastomas with poor clinical outcome. |
SUMF1 |
3p26.3‐p26.2 |
Encodes alpha—formylglycine‐generating enzyme causes multiple sulfatase deficiency. |