The CXADRP3 gene, also known by its official name, **"CXADRP3"**, does not have extensive information readily available in common databases as of my last update. However, I can provide insights based on the general characteristics of genes in this classification. 

### 1. Associated Genes:
CXADRP3 may interact with or be associated with several other genes based on pathways, protein interactions, or co-expression networks. However, the specifics could vary by research context and may not be explicitly documented. Potentially relevant genes might include those involved in similar pathways or physiological processes, but an exact list is not readily accessible.

### 2. Aging and Age-Related Diseases:
While direct associations between CXADRP3 and aging or age-related diseases are not well-documented in the literature, many genes with roles in cellular metabolism, stress responses, and signaling pathways may indirectly influence processes common in aging and age-related pathologies. If CXADRP3 has defined roles in such mechanisms, further investigations are warranted to explore its exact contributions.

### 3. Drug Interactions:
There are no widely recognized drugs or drug classes that are specifically noted to interact with CXADRP3. To determine potential pharmaceutical relevance, one would typically consult an interaction database, experimental data, or research literature focused on this gene. The absence of known interactions does not preclude future discoveries.

### 4. Pathways and Biological Processes:
CXADRP3 could be involved in various biological processes, primarily dictated by its functional annotation. Common pathways associated with genes like CXADRP3 often include:

- Immune responses
- Cellular signaling
- Stress response mechanisms
- Metabolic pathways

Further exploration in gene ontology databases or specific literature reviews would provide a more nuanced understanding of CXADRP3's specific pathways and processes, as precise details may emerge from recent studies or ongoing research.

In conclusion, while CXADRP3 is currently a lesser-studied gene, its biological importance merits further research, particularly concerning its functional relationships, roles in aging, and potential interaction with therapeutics. For the most accurate and recent information, continued monitoring of specialized databases and scientific literature is recommended.