### RBM17P3 Gene Overview

**Gene Symbol**: RBM17P3  
**Aliases**: None documented, as this gene is a pseudogene.

The RBM17P3 gene is considered a pseudogene related to the RBM17 gene, which encodes a RNA-binding protein implicated in diverse cellular processes, including splicing and RNA metabolism. While RBM17 is a full coding gene that plays functional roles, RBM17P3 largely lacks functional annotation and is primarily classified as a non-coding or pseudogenic RNA.

### Associated Genes
While specific associations with genes directly are not commonly documented for pseudogenes, RBM17, the functional paralog to RBM17P3, is often considered in studies related to RNA binding and splicing. Other genes involved in related pathways that may indirectly relate to RBM17P3 within the broader RBM gene family include:
- **RBM12**
- **RBM14**

### Aging and Age-related Diseases
As of now, there are no specific reports linking the RBM17P3 gene directly with aging or age-related diseases. Its role as a pseudogene may imply that it does not have a direct functional significance in these contexts. However, the parent gene RBM17 might have indirect implications concerning cellular processes that influence aging, but specific associations with RBM17P3 are lacking.

### Drug Interactions
There are no well-documented drugs or drug classes known to interact specifically with the RBM17P3 gene. Since it is a pseudogene, it is generally not the target of pharmacological agents, unlike its functional counterparts.

### Pathways and Biological Processes
Given that RBM17P3 is a pseudogene, it does not have directly associated pathways or biological processes. However, the RBM17 gene, which it relates to, is involved in several significant biological processes, including:
- RNA splicing
- mRNA metabolic processes
- Regulation of gene expression

These pathways can offer insights into potential indirect effects or associations that may be studied further in relation to RBM17P3.

### Summary
In summary, the RBM17P3 gene is a pseudogene, and its systematic study is still limited. While related to the functional RBM17 gene, which plays a role in RNA processing and splicing, the RBM17P3 gene has not been directly associated with aging, age-related diseases, or specific drug interactions. Its biological significance remains largely undefined, highlighting the need for more detailed exploration in the context of non-coding RNA and pseudogene functionality.