Sorry, there was a problem loading sequence from server. Please try again and contact us if the problem persists.
Homo sapiens (human) small nucleolar RNA, C/D box 6 (SNORD6) secondary structure diagram

Homo sapiens (human) small nucleolar RNA, C/D box 6 (SNORD6) URS0000066733_9606

Caution, this is an AI generated summary based on literature. This may have errors, see here for more. Please share your feedback with us.

SNORD6: SNORD6 is a housekeeping gene that is commonly used as a reference gene to normalize the expression levels of genes or miRNAs [PMC7520272]. It has been used as a reference gene in various studies to calculate miRNA levels using the Ct method and normalize them to the levels of SNORD6 [PMC7712788]. SNORD6 has been used as a housekeeping gene for adipocyte-derived miRNAs and exosome-derived miRs (exo-miRs) in different studies [PMC6950227]. It has also been associated with patient outcomes, with higher expression of SNORD6 being associated with better outcomes [PMC9803687]. SNORD6, along with SCARNA5, has been suggested to play a role in breast cancer progression [PMC9803687]. Additionally, SNORD6 has been used as an internal normalization control for the expression of miR-214-3p and let-7g-5p in different studies [PMC6167518][PMC5983297]. It has also been identified as one of the significantly upregulated snoRNAs in various studies [PMC7400997][PMC8742282]. Furthermore, SNORD6 has been used as an internal control for thermal profiling and qPCR expression analysis in different experiments [PMC3835872][PMC4826233][PMC4742136]. Overall, SNORD6 is an important housekeeping gene that is commonly used as a reference gene for normalization purposes in various molecular biology experiments.

Genome locations

Gene Ontology annotations

Sequence

Sequence features are shown above as colored rectangles. Zoom in and click to view details, or Reset

Search for similar sequences
GAUGUUAUGAUGAUGGGCGAAAUGUUCAACUGCUCUGAAGGGGCUGAAUGAAAAUGGCCUUUCUGAACAUC

Taxonomic tree

View annotations in different species by clicking on species names.

Scroll around to explore the entire tree. Click tree nodes to collapse or expand them. Hover over taxon names to display additional information.

2D structure Publications