### RPL23AP87 Gene Overview

**Gene Symbol:** RPL23AP87

#### General Description
RPL23AP87 is believed to be a pseudogene related to the ribosomal protein gene RPL23. Pseudogenes are typically non-coding and can arise from duplicated genes or retrotransposed sequences. They are often implicated in gene regulation or can serve as evolutionary markers.

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### 1. Associated Genes
While specific associations might not be highlighted in the NCBI or UniProt summaries, pseudogenes like RPL23AP87 can often show sequence homology or regulatory connections to their corresponding functional genes like RPL23, as well as other ribosomal protein genes. 

Potentially associated genes may include:
- **RPL23**: the functional counterpart from which RPL23AP87 was derived.
- **Other ribosomal protein genes**: Such as RPL3, RPL5, etc., that share similar functions or regulatory mechanisms.

#### Note:
Research contextualizing the interactions, co-expression, or regulatory networks often sheds light on associations not immediately evident in primary databases. 

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### 2. Aging and Age-Related Diseases
There’s limited direct evidence linking RPL23AP87 specifically to aging or age-related diseases, primarily because it is a pseudogene. However, its association with the ribosomal protein RPL23 can imply potential relevance since:
- Ribosomal proteins have been implicated in cellular stress response mechanisms and metabolic regulation, which are critical for aging.
- Dysregulation of ribosomal components is thought to be involved in age-related diseases, including cancer and neurodegenerative diseases.

Future research could provide insights on the implications of RPL23AP87 and its functional counterparts in such contexts.

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### 3. Drug Interactions
There are currently no specific drugs or drug classes known to directly interact with RPL23AP87, especially since it is a pseudogene that likely does not code for a functional protein. Drug interactions would more pertinently involve its functional counterparts, such as RPL23, which could be involved in pathways affecting ribosomal synthesis or modulation.

Further pharmacogenomic studies may shed some light if indirect interactions with certain therapeutic targets are defined in relation to its associated gene functions.

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### 4. Pathways and Biological Processes
The RPL23AP87 pseudogene does not have defined pathways due to its status as a non-coding sequence. However, the associated functional ribosomal protein RPL23 is known to participate in several important cellular processes:

- **Ribosome Biogenesis**: Involvement in the formation of ribosomes, critical for protein synthesis.
- **Cell Proliferation**: Ribosomal protein function contributes to the regulation of cell growth and division.
- **Stress Response**: RPL23 can play a role in response to cellular stress and has been implicated in the regulation of apoptosis and tumor suppression.

In further research, RPL23AP87 may indirectly affect these processes through regulatory mechanisms or competitive inhibition on the expression of RPL23.

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### Conclusion
While there is limited direct information available for RPL23AP87 due to its classification as a pseudogene, understanding its relation to ribosomal biology and its functional counterparts provides valuable insight into a potentially important area of study in bioinformatics, genetics, and their linkage to aging and disease. Further experimental data will likely offer a clearer picture of its roles and interactions.