Forty years ago, UW Biostatistics Professor and Fred Hutch researcher Ross Prentice was part of a team that published the first unequivocal report in humans that immune cells have the power to cure cancer.
In the News
![Ross Prentice](/sites/default/files/styles/news_image_mobile_thumb/public/2020-01/ross-prentice.jpg?itok=cwKwNx9S)
![Ross Prentice](/sites/default/files/styles/news_image_thumb/public/2020-01/ross-prentice.jpg?itok=DJiAMQ-Z)
![A collage of human teeth](/sites/default/files/styles/news_image_mobile_thumb/public/2020-03/tooth%2520analysis415x448.jpg?itok=py6nqx3B)
![A collage of human teeth](/sites/default/files/styles/news_image_thumb/public/2020-03/tooth%2520analysis415x448.jpg?itok=OotbV8U2)
A new study of dental evidence suggests Neanderthals and humans diverged around 800,000 years ago—hundreds of thousands of years earlier than standard estimates. UW Biostatistics Research Professor Sharon Browning feels that the new paper relied too heavily on an extrapolation made from a single data point.
![Jim Hughes](/sites/default/files/styles/news_image_mobile_thumb/public/2020-01/jim-hughes.jpg?itok=qg3ezpET)
![Jim Hughes](/sites/default/files/styles/news_image_thumb/public/2020-01/jim-hughes.jpg?itok=diud9ZCg)
Biostatistics professor James Hughes and his team of Biostat co-investigators continue their critical work of developing innovative statistical methods for HIV/AIDS research.
![Chalk drawing of human hand bone structure with singe bone fragment](/sites/default/files/styles/news_image_mobile_thumb/public/2020-03/Denisova_Phalanx_distalis.jpg?itok=TqjIjvkf)
![Chalk drawing of human hand bone structure with singe bone fragment](/sites/default/files/styles/news_image_thumb/public/2020-03/Denisova_Phalanx_distalis.jpg?itok=DB5iZulC)
A new study using genetic data is offering an intriguing new look into the history of the Denisovans, revealing them as a people of far greater diversity, and reach, than ever before. “This is a very interesting article, which presents some new data that helps to round out the picture of archaic admixture in New Guinea and nearby,” says Sharon Browning, a researcher at the University of Washington.
![Patrick Heagerty](/sites/default/files/styles/news_image_mobile_thumb/public/2020-03/patrick-heagerty.jpg?itok=T3lygRdB)
![Patrick Heagerty](/sites/default/files/styles/news_image_thumb/public/2020-03/patrick-heagerty.jpg?itok=pHVyVXXn)
Patrick J. Heagerty, University of Washington Professor and Gilbert S. Omenn Endowed Chair in Biostatistics, has been inducted into the Johns Hopkins University (JHU) Society of Scholars. The society recognizes former Johns Hopkins students, faculty and staff who have made outstanding contributions to their fields since leaving the university. Heagerty earned his PhD at JHU.
![Drawing and tree diagram of ancient human interaction](/sites/default/files/styles/news_image_mobile_thumb/public/2020-03/ngm-1904-papua-denisovans_ai2html-tablet.jpg?itok=wLzfAV67)
![Drawing and tree diagram of ancient human interaction](/sites/default/files/styles/news_image_thumb/public/2020-03/ngm-1904-papua-denisovans_ai2html-tablet.jpg?itok=c1kbxW0p)
DNA from a large sampling of living southeast Asians suggests that the ghostly Denisovans may be not one, but three distinct kinds of human, one of which is almost as different from other Denisovans as they are from Neanderthals. Sharon Browning of the University of Washington expresses both excitement and caution about the results and what they might mean. “It’s just one little piece of the story,” she says of the new work. “But every little piece we find helps us really fill it out.”
![Ancient misty landscape with mountains and jungle](/sites/default/files/styles/news_image_mobile_thumb/public/2020-03/Our%2520mysterious%2520cousins%2520the%2520Denisovans%2520cropped.jpg?itok=dLIcNJxz)
![Ancient misty landscape with mountains and jungle](/sites/default/files/styles/news_image_thumb/public/2020-03/Our%2520mysterious%2520cousins%2520the%2520Denisovans%2520cropped.jpg?itok=C_8vSbYn)
New study adds to findings published last year by UW Biostatistics Research Professor Sharon Browning.
![Photo of Tessa Rue](/sites/default/files/styles/news_image_mobile_thumb/public/2020-03/Tessa%2520Rue.jpg?itok=jLqw1wJY)
![Photo of Tessa Rue](/sites/default/files/styles/news_image_thumb/public/2020-03/Tessa%2520Rue.jpg?itok=tHryFcQA)
Tessa Rue (MS ’06), a research scientist with UW Biostat’s Center for Biomedical Statistics, is among the co-authors of research that created a novel system to identify emergency room patients in need of a blood transfusion.