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STARD13 intronic transcript 1 (STARD13-IT1)

Target: STARD13-IT1
Molecular classification: Long non-coding RNA (lncRNA), Intronic transcript

Overview

STARD13 intronic transcript 1 (STARD13-IT1) is a human long non-coding RNA gene transcribed from intronic regions of the StAR related lipid transfer domain containing 13 (STARD13) locus on chromosome 13. It is classified as an lncRNA and does not appear to encode functional protein. STARD13-IT1 may regulate expression, splicing, or epigenetic status of the STARD13 protein-coding gene, and shares features with other non-coding intronic transcripts, such as regulation by hormones (e.g., androgens), and potential involvement in cancer-related gene-expression programs. However, its specific functions, disease associations, and therapeutic relevance remain to be fully elucidated. STARD13-IT1 is different from the protein-coding STARD13 gene (also known as ARHGAP37, DLC2, GT650, LINC00464). The IT1 transcript is non-coding, and the available data suggest no known drugs or therapeutics targeting it directly. Its function is probably regulatory, consistent with other intronic lncRNAs.

Other names: STARD13-IT1

Biological functions

May play a cis-regulatory role on gene expression, potentially regulating the expression or splicing of the STARD13 gene by base-pairing interactions with its pre-mRNACould be involved in hormone-regulated transcription, as intronic lncRNA levels have been shown to be modulated by physiological signals such as androgens in cancer cell linesThe full functions remain largely unclear and require further experimental elucidation

Disease associations

Intronic lncRNAs, including those from STARD13, have been implicated in cancer biology, especially prostate and hepatic cancer, due to their regulatory influence on cell differentiation and tumor progressionNo direct disease link established for STARD13-IT1 specifically; knowledge is extrapolated from intronic lncRNA studies and STARD13 protein-coding gene associations

Biomarkers

Possible role as a biomarker in cancer, based on androgen-regulated lncRNA studiesNot yet explicitly used in patient selection or efficacy monitoring

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