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Family with sequence similarity 76, member A pseudogene

Molecular classification
Other (Pseudogene; not an enzyme, receptor, transporter, channel, transcription factor, etc.)
01

Overview

The **family with sequence similarity 76, member A pseudogene** is a genomic region bearing high sequence similarity to the protein-coding gene FAM76A, but lacks known protein-coding function, and is classified as a *pseudogene*[2][6]. Pseudogenes are typically considered nonfunctional, but ongoing research has identified mechanisms such as *regulation of parental gene expression* by pseudogene transcripts, or *genomic sequence exchange* that could impact disease etiology[6]. No direct molecular, biological, or pharmacological roles are established for this specific pseudogene; it is generally included in annotation for completeness and caution in interpreting functional genomics experiments. Key implications: - For drug discovery, **this is not a target**. - Structured information extraction will return null or "other" for almost all molecular, functional, or disease categories. - If a canonical target is desired, use the protein-coding FAM76A gene, not the pseudogene. If you require information on the functional protein-coding gene FAM76A rather than the pseudogene, a separate query is advised.

Other names
FAM76A pseudogenefamily with sequence similarity 76 pseudogene
02

Biological functions

Pseudogenes typically do not code for functional proteins, but emerging evidence suggests some pseudogenes may regulate gene expression, serve as competitive endogenous RNAs, or engage in DNA sequence exchanges with functional genes, possibly influencing biological processes indirectly. However, this specific pseudogene is not known to have characterized biological functions.
03

Disease associations

Other. In general, pseudogenes can participate in genomic rearrangements or sequence exchanges that might impact disease, such as cancer susceptibility or inactivation of tumor suppressor genes. There is no evidence that this particular pseudogene is directly implicated in disease.

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