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Target intelligence / Profile preview
Ribosomal protein S26 pseudogene 30 (RPS26P30)
- Target
- RPS26P30
- Molecular classification
- Other (pseudogene), Related to Ribosomal protein family (specifically S26)
01
Overview
Ribosomal protein S26 pseudogene 30 (RPS26P30) is a non-functional genomic sequence classified as a *pseudogene* derived from the ribosomal protein S26 (RPS26) gene[2][7][8]. Pseudogenes arise through duplication or retrotransposition; they are typically not transcribed into functional proteins and have no active biological function. While the parental RPS26 gene encodes a component of the small subunit (40S) of the ribosome and plays a role in protein synthesis, the RPS26P30 pseudogene does not contribute to ribosomal structure or function[3][7][8]. It is not a viable pharmacological or therapeutic target.
- Other names
- RPS26P30RPS26_7_791RPS26P30 (no common alternative names found beyond the synonyms listed)
02
Mechanism of action
None
03
Biological functions
None for the pseudogene itself[7][8]The parent gene (RPS26) is involved in protein synthesis as part of the ribosome, but this pseudogene does *not* encode a functional protein[2][7][8]
04
Disease associations
None for the pseudogene itself[7][8]The functional RPS26 gene has pathogenic variants linked to Diamond-Blackfan anemia, but pseudogenes generally do not contribute to disease[3][4][7][8]
05
Safety considerations
None
06
Interacting drugs
None
07
Biomarkers
None
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