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
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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
Brian O'Flynn, PhD
Scientific Writer
Brian O’Flynn, PhD, is a Scientific Writer in the Strategic Communications, Education and Outreach Department at St. Jude.
Stories by Brian O'Flynn
Uncovering the source of a “silent” syndrome
Discover the neuronal interactions at the center of posterior fossa syndrome
5 Questions for J. Paul Taylor, MD, PhD
Learn how J. Paul Taylor, MD, PhD, leveraged the unique infrastructure at St. Jude to launch the Pediatric Translational Neuroscience Initiative
A glimpse beyond life and death: Exploring the biology of the MICOS complex
See how new model offers glimpse into vital mitochondrial complex
Addressing the needs of childhood cancer survivors
See how many factors from environment to genetics affect the post-treatment experience of childhood cancer survivors
Blazing a TRAIL in acute myeloid leukemia treatment
See how studies into AML drug reveals new potential target
Study reveals the neurochemical gatekeeper to learning and the key to unlocking it
St. Jude research uncovers neural secrets behind our capacity to learn
Drug which blocks stress granule formation offers insight into biomolecular condensates
See how G3BP inhibitors represent turning point in RNP granule research
Following the breadcrumbs: Gain-of-function mutation leads researchers to new therapeutic target for pediatric AML
Explore the mechanistic insights behind novel pediatric AML therapeutic target
Exploring the interplay between vaccines and immune system development in infants
Explore new research delving into pediatric immune responses to vaccination
Just like the real thing: Synthetic gene expression regulators demonstrate success
See how Aseem Ansari's SynGRs target BET proteins, offering potential for treating diseases like Friedreich’s ataxia and advancing BET domain understanding