- Medical Devices
- 1 min read
BMHRC gets DNA sequencer for sickle cell anemia testing
This technology allows for genetic testing to pinpoint the disease's causes and guide more effective treatments.
BMHRC, director, Dr Manisha Shrivastava, explained, sickle cell anemia is a genetic disease that is passed from parents to children. It is caused by mutations in the HBB gene. Current tests identify hemoglobin types, but the DNA sequencer analyzes the HBB gene directly to pinpoint mutations. This allows for personalized treatment plans and helps determine the most appropriate gene editing tools or therapies. DNA sequencer plays a crucial role in gene editing by identifying the specific mutation requiring correction. This information assists in techniques like CRISPR.
The machine can determine which patients might benefit most from gene editing. This technology may contribute to a future cure for sickle cell anemia.
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