Anti-C10orf57 antibody [EPR14666]

Supplementary info

This supplementary information is collated from multiple sources and compiled automatically.

Activity summary

C10orf57 also known as UNQ8419 or HSPC203 is a human protein whose specific mechanical function remains largely undefined. It is approximately 40 kDa in size. Expression of C10orf57 occurs widely across various tissues with noticeable levels in the brain and testis. This ubiquitous presence suggests that C10orf57 may serve a general role in cellular function or structure although detailed insights are currently limited.

Biological function summary

This protein likely plays a significant part in cellular processes potentially through interactions or complex formations though direct evidence for complex involvement is not yet established. Studies have indicated a possible function related to nucleic acid binding or protein-protein interactions. Understanding the detailed biological roles of C10orf57 requires further research to clarify its specific contributions inside the cell.

Pathways

C10orf57 may interact with several cellular pathways yet clear participation in particular pathways like signal transduction or cell cycle regulation has not been confirmed. Current research explores its possible involvement in pathways connected to DNA repair or cellular stress response. Related proteins such as those in the DNA damage response family might show functional interaction with C10orf57 although these links are speculative at this point.

Associated diseases and disorders

Ongoing studies suggest an association of C10orf57 with neurodevelopmental disorders and cancer. Genetic aberrations in the expression of C10orf57 might contribute to neurological conditions possibly linked to disruptions in brain protein networks. Additionally its altered expression patterns have been observed in certain cancer types which may involve associations with proteins involved in cell proliferation like p53. Future work is essential to unravel the detailed roles of C10orf57 in these diseases fully.