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Mary E. Brunkow’s indexed work centers on the genetic basis of immune and skeletal disorders. Her first-author discovery of the forkhead/winged-helix protein scurfin in the scurfy mouse established a critical link between a single gene defect and fatal lymphoproliferation, a finding she extended as senior author by demonstrating that the human IPEX syndrome is the equivalent of mouse scurfy. In parallel, her first-author identification of the SOST gene product as a novel cystine knot–containing protein responsible for sclerosteosis, and her senior-author work on a deletion associated with van Buchem disease, defined a key pathway in bone-density regulation. Beyond these lead-author contributions, Brunkow was a middle author on the landmark paper reporting that IPEX syndrome is caused by mutations of FOXP3, which has garnered over 3,300 citations. She also contributed to early work on epigenetic mechanisms underlying imprinting of the mouse H19 gene. No additional software, datasets, or grants are indexed for this researcher. Across these works, her career traces a consistent arc from positional cloning of monogenic disorders in mice to the translation of those findings into human disease mechanisms, particularly in immune regulation and skeletal biology.
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