03/14/2022
Happy Pi Day! Ingrid Daubechies, a distinguished mathematician, created a special cookie cutter to make perfectly tessellated sugar cookies to mark 3/14. View the video at duke.is/zbsg7
Gateway resource and news page highlighting research activity at Duke University.
03/14/2022
Happy Pi Day! Ingrid Daubechies, a distinguished mathematician, created a special cookie cutter to make perfectly tessellated sugar cookies to mark 3/14. View the video at duke.is/zbsg7
02/17/2022
Beautiful bacteria 🧽 🧫
•
•
Duke Researchers have uncovered a basic but surprising fact: your kitchen sponge is a better incubator for diverse bacterial communities than a laboratory Petri dish. But it’s not just the trapped leftovers that make the cornucopia of microbes swarming around so happy and productive, it’s the structure of the sponge itself.
•
•
These different species of bacteria — each engineered to glow a different color so researchers can track their growth — are thriving in harmony with one another thanks to their structured environment. Credit: Lingchong You, Duke University
02/11/2022
International Day of Women and Girls in Science 2022
•
•
Emily Bernhardt, Ph.D. samples New Hope Creek with her lab to gather critical, continuous data about our fresh waterways. In the past this type of data was collected once a year. Using sensors in the water all year long allows her lab to see variations with seasons, floods and droughts. She likens her work to “fitbits for rivers and streams”.
•
•
What is a plant atlas? 🌱🌍
•
•
Rachel Shahan, Ph.D. and Che-Wei Hsu and their collaborators mapped out a plant root by sampling gene expression from individual cells. Their results were published in Developmental Cell.
•
•
Find out more about how they did this and why at https://duke.is/rxbcg
•
•
09/30/2021
A “cancer rainbow” mouse 🌈
•
•
•
A ”cancer rainbow” mouse being used by Joshua Snyder’s Cancer Initiation and Cancer Cell Behavior Lab at Duke University highlights different versions of the crucial HER2 gene and may help explain different outcomes in HER2-positive human breast cancers.
•
Their work (Ginzel, Acharya, and Lubkov et al.) shows that each version of HER2 (shown by different colors) is associated with early changes to epithelial cell fate, tumor growth rate and invasiveness. This image is the October cover of Molecular Cancer Research.
•