Memorial Lecture to Honor One Scientist’s Legacy and Another’s Accomplishments

On November 19, an internationally renowned virologist will visit NCI at Frederick to deliver a lecture in the Building 549 auditorium. Beatrice Hahn, M.D., was invited by the NCI HIV Dynamics and Replication Program, which is hosting her as the speaker and recipient of the Eighth Annual David Derse Memorial Lecture and Award.

Portrait of a Crystallographer

Alexander Wlodawer, Ph.D., displays a family tree on the wall near his office, but none of his relatives appear among its branches. In fact, with a few exceptions, the people listed on it aren’t genetically related to each other. Instead, it’s the Family Tree of Crystallography, a who-trained-who of famous scientists that extends back to the first crystallographic experiment in 1913.

NCI at Frederick Employees Follow Clues to Thousands of Books, DVDs, and CDs at 19th Annual Book and Media Swap

The Scientific Library’s 19th Annual Book and Media Swap officially kicked off on October 30, and dozens of NCI at Frederick employees have visited Building 549 to browse through over 2,700 donated books, DVDs, and CDs.

Top Tips, Resources, and Services from the Scientific Library

The Scientific Library at NCI at Frederick provides resources and services to support cutting-edge cancer, AIDS, and infectious disease research, and the librarians and informationists are ready to guide researchers to any information they need. Within the past year, two new staff members began working at the Scientific Library: Biosciences Informationist Matt Stirling and Public Services Librarian Joelle Mornini. Librarian Tracie Frederick, who has been with the Scientific Library for 12 years, also stepped into the role of Library Director in 2018. 

U.S.–Chinese Research Team Explains the Link Between Diabetes and Severe Brain Cancer

Scientists at NCI at Frederick, the Frederick National Laboratory for Cancer Research, and four Chinese institutions have uncovered why glioblastoma, the deadliest form of brain cancer, is more aggressive in diabetic patients than nondiabetic patients. The team’s paper asserts that high amounts of a sugar called glucose trigger multiple biological processes that snowball to increase glioblastoma’s aggressiveness.