The CFAP58-DT gene refers to a long non-coding RNA (lncRNA) that is part of the larger CFAP58 locus. The gene typically serves as a regulator of gene expression rather than coding for a protein. Since the function and implications of lncRNAs are still being explored, the details related to CFAP58-DT and its associations may not be fully elucidated. Below are the details you're interested in:

### 1. Associated Genes:
While specific associations are often dependent on experimental studies, CFAP58-DT may be linked to genes involved in the same biological processes or nearby chromosomal regions. Potentially involved genes could include those encoding structural proteins related to cilia formation (like CFAP58 itself) or any lncRNAs that regulate gene expression in the same pathway. However, without specific studies identifying these interactions, it is difficult to list exact genes. Potential associated genes could include CFAP58 or other respiratory cilia-related genes.

### 2. Aging and Age-related Diseases:
Currently, there is limited literature explicitly linking CFAP58-DT to aging or age-related diseases. Long non-coding RNAs often have roles in cellular processes such as differentiation and response to stress, which can be linked to senescence and age-related degeneration. Any associations of CFAP58-DT with aging would need to be validated by further research, as the field of lncRNAs is rapidly evolving and new functions are continuously being discovered.

### 3. Drug Interactions:
As of now, there are no well-defined drugs or drug classes explicitly known to interact with the CFAP58-DT gene. Long non-coding RNAs are sometimes targeted in therapy, especially in cancer and metabolic diseases, but specific interactions with CFAP58-DT would require specific pathway studies or drug screening.

### 4. Pathways and Biological Processes:
CFAP58-DT is involved in various biological processes indirectly through its regulatory function. The specific pathways associated may include:

- **Cilia biogenesis/maintenance:** CFAP58 is reported to be involved in cilia structure, and thus any roles CFAP58-DT may play in regulating CFAP58 could link it to processes involving cilia function.
- **Gene regulation:** Being a long non-coding RNA, CFAP58-DT might be involved in regulating expression of nearby or related genes.
- **Cellular stress response:** Many lncRNAs are known to modulate stress responses in cells which could relate to aging and tissue regeneration processes.

### Conclusion:
While CFAP58-DT is recognized within the context of functional genomics, detailed insights into its interactions, especially concerning aging, therapeutic roles, and specific pathways, require further experimental validation to establish a clearer understanding. In studying lncRNAs like CFAP58-DT, ongoing research may reveal important insights for both basic biology and therapeutic interventions.