RNA, 7SK small nuclear pseudogene 99 (RN7SKP99)

RN7SK pseudogene 99 (RN7SKP99) is a **pseudogene** of the 7SK small nuclear RNA gene. The canonical RN7SK gene encodes a non-coding small nuclear RNA (7SK RNA) that regulates transcription elongation by sequestering and inhibiting the positive transcription elongation factor P-TEFb[1][2]. In contrast, **RN7SKP99 does not encode a functional RNA product and has no reported biological role**, molecular function, or disease association. Pseudogenes such as RN7SKP99 are generally considered non-functional remnants of gene duplication or retrotransposition events. No evidence supports RN7SKP99 as a therapeutic target, biomarker, or druggable entity. The correct biological target with a known function is "RNA, 7SK small nuclear," abbreviated "RN7SK," but "RN7SKP99" specifically refers to a likely non-functional pseudogene[1][4]. Key Notes: - There is **nothing to support RN7SKP99 as an active target, receptor, or functional RNA**. - **Canonical RN7SK (not RN7SKP99) is important in transcription regulation but is a non-coding RNA, not a protein or typical drug target[1][2][3].** - RN7SKP99 is most accurately classified as a "pseudogene" and not a valid therapeutic target or receptor. If you intended to inquire about the functional 7SK RNA (RN7SK), more detail is available, but RN7SKP99 is not considered a target in biomedical research or clinical practice.

Other names

RN7SKP99RN7SK pseudogene 99RNA, 7SK small nuclear pseudogene 99

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