C3orf70 [SEP] found in taxon
the human C3orf70.
Regulation Translation Subcellular localization.
PSORT II indicates the subcellular localization of C3orf70 is in the nucleus. In addition to this, following SDSC's Biology Workbench's SAPS kNN-Prediction, the C3orf70 protein for humans has a 60.9% likelihood to end up in the nuclear region of a cell, as determined by the amino acid make-up of C3orf70. Homologs including chimp, mouse, alligator, and zebrafish conclude the same nuclear region with a 60% likelihood. A nuclear localization site has not been identified
protein that plays a role in neurological development. Additional avenues of research pertaining to the C3orf70 gene include:
There is a patent that identified genes associated with midbrain dopamine neurons for engraftment by looking at the differentiation of hESC and/or hiPSC in floor plate midbrain progenitor cells. C3orf70 was found to have a fold-change of 2.45, which was not determined significant in experimentation 
A publication was discovered through multiple sources that linked the C3orf70 gene to a “Genome-wide association study of major depressive disorder”.
A microdeletion