Basic Information

Symbol
circSTRN3
RNA Class
circRNA
Alias
Striatin 3 SG2NA PPP2R6B S/G2NA Protein Phosphatase 2 Regulatory Subunit B'''Beta Striatin, Calmodulin Binding Protein 3 Cell Cycle S/G2 Nuclear Autoantigen Cell Cycle Autoantigen SG2NA S/G2 Antigen Striatin-3 Nuclear Autoantigen GS2NA
Location (GRCh37)
14:31353716-31495583 UCSC Genome Browser
Location (GRCh38)
14:30884510-31026377
UCSC Genome Browser Search in Marker Scope
Host gene
STRN3
Host category
mRNA
Forensic tag(s)
Postmortem interval inference
External database
circbank

Transcripts

ID Type Location (GRCh37) Location (GRCh38) Length GC content
hsa_STRN3_0015100 Intron-Exon-Intron chr14:31416296-31456032 chr14:30947090-30986826 496 nt 0.3790
hsa_STRN3_0015200 Intron-Exon-Intron chr14:31416296-31464382 chr14:30947090-30995176 204 nt 0.4314
hsa_STRN3_0015300 Intron-Exon-Intron chr14:31416296-31464415 chr14:30947090-30995209 160 nt 0.4188
hsa_STRN3_0013700 Intron-Exon-Intron chr14:31416296-31468144 chr14:30947090-30998938 250 nt 0.3560
hsa_STRN3_0015400 Intron-Exon-Intron chr14:31416296-31469385 chr14:30947090-31000179 247 nt 0.3725
hsa_STRN3_0015500 Intron-Exon-Intron chr14:31416296-31480683 chr14:30947090-31011477 262 nt 0.4008
hsa_STRN3_0015600 Intron-Exon-Intron chr14:31416296-31492115 chr14:30947090-31022909 146 nt 0.3767
hsa_STRN3_0013800 Intron-Exon-Intron chr14:31416296-31492227 chr14:30947090-31023021 250 nt 0.2720
hsa_STRN3_0015700 Intron-Exon-Intron chr14:31416296-31492283 chr14:30947090-31023077 197 nt 0.3553
hsa_STRN3_0015800 Intron-Exon-Intron chr14:31416296-31492286 chr14:30947090-31023080 178 nt 0.3820
Showing 161 to 170 of 234 entries
Forensic Context

A study in mice demonstrated that the circSTRN3 is a highly expressed circular RNA in brain tissue whose postmortem degradation pattern was used to construct mathematical models for postmortem interval (PMI) estimation at 4°C, 25°C, and 35°C [Song et al. DOI:10.3390/ijms26104495]. A subsequent review confirmed the circSTRN3 as a new circRNA biomarker for multi-temperature PMI estimation in mouse brain tissue [He et al. DOI:10.1007/s00414-025-03625-9].