### C1orf87 Gene Overview

**Gene Symbol:** C1orf87  
**Location:** Chromosome 1, specifically at 1p31.1  
**Protein Summary:** This gene is computationally mapped and is predicted to encode a protein that potentially exists in at least one isoform. Specific experimental validation has not clearly characterized its function or biological role.

### 1. Associated Genes
While the C1orf87 gene does not have extensively documented associated genes in public databases, gene association studies may reveal interactions or relationships with other genes through co-expression or network analysis. Notable genes that might be explored in relation to C1orf87 could include those involved in similar biological processes; however, specific associations are generally not well-defined in the literature and require further research for conclusive relationships.

### 2. Aging and Age-related Diseases
Current literature does not explicitly associate C1orf87 with specific aging processes or age-related diseases. However, as knowledge about the gene evolves, ongoing genetic and genomic studies in aging contexts may unearth correlations. Areas such as cellular senescence, oxidative stress response, and genome stability could be relevant pathways to explore with respect to C1orf87.

### 3. Drug Interactions
As of the latest data up to October 2023, C1orf87 has not been conclusively linked to any drugs or drug classes. Due to the gene's relatively undefined function and the lack of experimental data, primary literature or clinical databases would need to be reviewed for any emerging association with therapeutics. 

### 4. Pathways and Biological Processes
Currently, specific pathways involving C1orf87 have not been extensively characterized, reflecting a gap in the understanding of its role in biological systems. Given its predicted protein nature, it may play unspecified roles in cellular processes. Future pathway analysis, including gene ontology (GO) studies and pathway enrichment analyses, could illuminate potential involvement in biological processes such as:

- Gene expression regulation
- Cell cycle control
- Cellular response to stimuli
- Metabolic processes

Overall, further experimental validation, including functional assays and expression profiling, is required to elucidate the exact roles, interactions, and significance of the C1orf87 gene in human biology and disease states. Researchers are encouraged to continue exploring this gene in various contexts, as new findings may emerge that enhance our understanding of its functions and associations.