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St. Jude Children's Research Hospital Home
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St. Jude Family of Websites
Explore our cutting edge research, world-class patient care, career opportunities and more.
St. Jude Children's Research Hospital Home
- Fundraising
Destiny Hinton
Destiny Hinton is a communications intern in the Department of Communications & Scientific and Medical Content Outreach at St. Jude Children’s Research Hospital.
Stories by Destiny Hinton
Cancer survivor returns to St. Jude to pursue infectious disease research
Treatment for Hodgkin lymphoma led student Evan Moore to a summer spent studying infectious diseases in the laboratory of Victor Torres, PhD.
Pushing the boundaries of care to ensure survival lasts a lifetime
See how Melissa Hudson, MD, ensures patients have the best quality of life possible after treatment
Cholera research provides lessons about how bacteria cause pandemics
Find out why cholera pandemics aren’t more common.
Stepping toward understanding: Gait analysis to advance neuroscience and cancer survivorship
Learn how the Gait and Mobility Lab at St. Jude is helping study and care for patients with neurologic disease.
Giving survivors of childhood cancer a chance at hearing
Expanding access to cochlear implants could have large benefits for survivors.
Turning genetic discoveries into answers for children with epilepsy
Scientists at St. Jude are utilizing genetic research to transform diagnosis and treatment for children with severe epilepsies.
Fundamental research sets the stage for immuno-oncology collaboration
Learn how St. Jude is accelerating immunotherapy’s path to the clinic.
Putting together the puzzle of effective Ataxia treatment
Through the Pediatric Translational Neuroscience Initiative St. Jude investigators are gaining new understanding and learning how to better treat ataxias.
Rare disease detectives go all in on metabolic disorders
Learn what Andrea Gropman, MD, plans to achieve as the new leader of Neurometabolic Translational Research at St. Jude
Genomic instability is a risk for neurological disease and an opportunity for intervention
Fixing DNA damage repair systems to help patients.