Basic Information
Symbol
circZBTB44
RNA Class
circRNA
Alias
Zinc Finger And BTB Domain Containing 44
ZNF851
HSPC063
BTBD15
Zinc Finger And BTB Domain-Containing Protein 44
BTB/POZ Domain-Containing Protein 15
BTB (POZ) Domain Containing 15
Zinc Finger Protein 851
Location (GRCh37)
11:130096574-130184607
UCSC Genome Browser
Location (GRCh38)
11:130226679-130314712
Host gene
ZBTB44
Host category
mRNA
Forensic tag(s)
Other applications
External database
Transcripts
| ID | Type | Location (GRCh37) | Location (GRCh38) | Length | GC content |
|---|---|---|---|---|---|
| hsa_ZBTB44_0004300 | Exon-Exon | chr11:130109707-130131824 | chr11:130239812-130261929 | 85 nt | 0.5059 |
| hsa_ZBTB44_0004700 | Exon-Exon | chr11:130130751-130131727 | chr11:130260856-130261832 | 974 nt | 0.4353 |
| hsa_ZBTB44_0004800 | Intron-Exon-Intron | chr11:130130751-130139696 | chr11:130260856-130269801 | 240 nt | 0.4542 |
| hsa_ZBTB44_0004900 | Intron-Exon-Intron | chr11:130130751-130158788 | chr11:130260856-130288893 | 122 nt | 0.5984 |
| hsa_ZBTB44_0004600 | Intron-Exon-Intron | chr11:130130751-130169444 | chr11:130260856-130299549 | 250 nt | 0.4400 |
| hsa_chr11_0169900 | Intergenic-Intergenic | chr11:130131000-130131359 | chr11:130261105-130261464 | 360 nt | 0.4278 |
| hsa_ZBTB44_0005100 | Exon-Exon | chr11:130131151-130131449 | chr11:130261256-130261554 | 299 nt | 0.4548 |
| hsa_ZBTB44_0005200 | Exon-Exon | chr11:130131151-130131452 | chr11:130261256-130261557 | 302 nt | 0.4570 |
| hsa_ZBTB44_0005300 | Exon-Exon | chr11:130131151-130131824 | chr11:130261256-130261929 | 672 nt | 0.4256 |
| hsa_ZBTB44_0005400 | Intron-Intron | chr11:130137588-130137773 | chr11:130267693-130267878 | 186 nt | 0.5000 |
Showing 51 to 60 of 68 entries
Forensic Context
A study in humans demonstrated that circZBTB44 is specifically expressed in liver tissue at much higher rates than in other tissues [Sema Misir et al. DOI:10.1038/s41418-022-00948-7]. A study in human endothelial cells demonstrated that the circZBTB44 induces cell viability, proliferation, migration, and tube formation via the miR-578/VEGFA/VCAM1 axis, indicating its pro-angiogenic role [Huang et al. DOI: 10.3390/cells11091381].