SEPTIN7P7 is a pseudogene that is part of the septin gene family, specifically classified as a member of the septin 7 gene subgroup. Here is a detailed overview of the gene based on your requests:

### Gene Summary
- **Gene Symbol**: SEPTIN7P7
- **Location**: The gene is located on chromosome 17 and is part of a complex family of genes that encode for septins, which are proteins involved in various cellular functions such as cytokinesis, membrane trafficking, and cytoskeletal structure.

### Associated Genes
While SEPTIN7P7 is primarily noted as a pseudogene, it may have genomic neighbors or related genes within the septin family. Associated genes may include:
- **SEPT7**: The functional counterpart within the septin family that plays a significant role in cell division and organization.
- Other septin family genes (e.g., SEPT2, SEPT9) are involved in similar biological processes involving cytoskeletal dynamics and cellular integrity.

### Aging and Age-Related Diseases
- **Aging**: While specific studies examining the direct relation of SEPTIN7P7 to aging are limited (due to its pseudogene status), septins generally play a role in cellular processes that could influence aging, such as cellular division and cytoskeletal organization.
- **Age-Related Diseases**: Impairment in septin function due to mutations in related functional genes (like SEPT7) has been linked to various age-related diseases, including neurodegeneration and cancers. Implicitly, alterations in the regulation or function of pseudogenes can be indicative of disease processes.

### Drug Interactions
- There are no specific drugs or drug classes currently documented to interact directly with SEPTIN7P7 due to its pseudogene classification. However, given its relationship with functional septin genes, compounds targeting septin activity (like specific inhibitors of septin-related pathways) might indirectly implicate the pseudogene's function. 
- **Experimental Studies**: Some studies have noted small molecules involved in cell division and cytoskeletal dynamics might affect the pathways adjacent to the septin family.

### Biological Pathways and Processes
SEPTIN7P7, classified as a pseudogene, does not generate functional protein products, but it shares overlapping pathways and biological processes with its functional relatives. These include:
- **Cell Division**: Functionally, septins are crucial in cytokinesis and ensuring accurate segregation of chromosomes.
- **Cytoskeleton Organization**: Septins contribute to the formation and stability of the cytoskeleton, essential for maintaining cellular architecture.
- **Membrane Trafficking**: Septins are also involved in the organization of cellular membranes and the endocytosis process.

#### Note
Due to the nature of pseudogenes, their functional roles may be indirect, providing regulatory networks for gene expression or serving as non-coding transcripts that could have implications on their functional counterparts.

### Conclusion
SEPTIN7P7 is a pseudogene with a role in the regulation and context of its functional septin relatives. Although direct evidence linking it to aging, disease, and pharmacology is lacking, it represents an area of ongoing research in the broader landscape of septin biology. For comprehensive and updated insights, further literature evaluations and experimental validations will be instrumental.