The CCDC152 gene, also known as Coiled-Coil Domain Containing 152, encodes a protein that is part of a family of coiled-coil proteins. These proteins are typically characterized by the presence of a coiled-coil motif, which allows them to form oligomers or multi-subunit structures that are common in a range of cellular functions.

### 1. Associated Genes:
While CCDC152 is primarily defined by its own function, it may exhibit cooperative or regulatory interactions with various genes based on its expression patterns and involvement in cellular processes. However, specific associations with other genes are less frequently documented in databases like NCBI or UniProt and may require extensive literature reviews or pathway analysis for deeper insights. 

### 2. Aging and Age-related Diseases:
As of the latest updates, there is limited direct evidence regarding CCDC152's involvement in aging or age-related diseases. Although some studies suggest potential roles for coiled-coil proteins in cellular structure and function, including roles in muscle and connective tissues that may be relevant to aging, specific associations with aging mechanisms or particular age-related diseases (such as Alzheimer's, cardiovascular diseases, etc.) have not been conclusively established.

### 3. Drug Interactions:
The information regarding drugs or drug classes that interact specifically with the CCDC152 gene or its protein product is not well-defined in the current literature or databases. This could mean that the gene itself is not a direct target for known pharmacological agents, or that the interactions have not been sufficiently characterized.

### 4. Pathways and Biological Processes:
The functions of CCDC152 may involve several biological pathways and processes typically associated with coiled-coil domain-containing proteins. Although specific pathways for CCDC152 are not prominently featured in major databases, coiled-coil proteins generally play roles in:

- Structural support and organization of the cytoskeleton.
- Vesicle transport mechanisms.
- Regulation of protein-protein interactions.
- Cellular signaling pathways, potentially including roles in maintaining cellular architecture and coordinating responses to external stimuli.

Research studies could further elucidate specific pathways involving CCDC152 as it relates to its physiological roles or potential pathological states.

### Summary:
In summary, while the CCDC152 gene has certain functions and a defined location of expression (stomach), the explicit associations with other genes, aging-related diseases, drug interactions, and specific pathways require more investigation and are not fully mapped out. Future research will likely provide additional insights regarding the biological significance and potential clinical implications of this gene.