Story perspectives

CRISPR Breakthrough: Reactivating Ancient Gene to Combat Gout

9/5/2025

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Summary

Story summary

Georgia State University researchers are using CRISPR to reactivate the ancient uricase gene for gout treatment.
Gout results from high uric acid levels, causing painful joint inflammation.
Reactivating uricase, lost in evolution, helps break down uric acid.
Lab tests showed reduced uric acid and fat in engineered human liver cells.
Gene therapy may reduce immune reactions linked to current uricase protein treatments.
This therapy could also benefit conditions like cardiovascular disease and kidney stones.
Further research is necessary to confirm safety and efficacy in humans.

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Story summary

Georgia State University researchers are using CRISPR to reactivate the ancient uricase gene for gout treatment.
Gout results from high uric acid levels, causing painful joint inflammation.
Reactivating uricase, lost in evolution, helps break down uric acid.
Lab tests showed reduced uric acid and fat in engineered human liver cells.
Gene therapy may reduce immune reactions linked to current uricase protein treatments.
This therapy could also benefit conditions like cardiovascular disease and kidney stones.
Further research is necessary to confirm safety and efficacy in humans.