Microscopic “flowers” made from crystals and DNA open and close as the pH of the surrounding solution changes.
Learn more in #ScienceAdviser: https://t.co/OikkKpB8FB
📥 Sign up for the daily #newsletter: https://t.co/mcqNeQWWFg
New Paper Alert - just published in @NatureNano
Inspired by the elegance of flowers, our soft robots, made from DNA-Inorganic crystals, can bloom and initiate reactions triggered by environmental stimuli.
Explore the full study here: https://t.co/B5zp4XGWmG
#DNA#Flowers
Microscopic “flowers” made from crystals and DNA open and close as the pH of the surrounding solution changes.
Learn more in #ScienceAdviser: https://t.co/OikkKpB8FB
📥 Sign up for the daily #newsletter: https://t.co/mcqNeQWWFg
Microscopic DNA 'Flowers' Could Transform Targeted Drug Delivery
Researchers at @UNC have developed microscopic #DNA flowers that can fold, bend, and react to their environment
@RFreeman_Lab#drugdelivery#robotics
https://t.co/a3h7505CFy
New Paper Alert - just published in @NatureNano
Inspired by the elegance of flowers, our soft robots, made from DNA-Inorganic crystals, can bloom and initiate reactions triggered by environmental stimuli.
Explore the full study here: https://t.co/B5zp4XGWmG
#DNA#Flowers
Congratulations to Ronit Freeman, an associate professor of @aps_unc in the @UNC College of Arts and Sciences, who was awarded an NCInnovation research and development grant for a fibrosis treatment project 🏅
https://t.co/qESSNpvz19
@RFreeman_Lab
Dr. Jeffrey Stringer of @UNC_SOM and Dr. Ronit Freeman of @unccollege are among 17 UNC System researchers awarded NCInnovation grant funding.
Learn how their research is advancing affordable care https://t.co/vcVVzWVTWm
Ronit Freeman is a “Molecular Mastermind.” Freeman, an associate professor of @aps_unc, is featured on this month's cover of @chapelhillmag@RFreeman_Lab helps solve challenges pervading health care and the environment through bio-inspired technologies.
https://t.co/vYSaNGLTML
Honored to develop solutions to #health and #environmental challenges that are creating value for the state of #NorthCarolina, with the end goal of commercialization as an engine to create jobs and economic growth in the state.
From synthetic cells to rapid infection tests, Dr. Ronit Freeman of @RFreeman_Lab at @UNC is pioneering biotech innovations that tackle global health challenges. Cutting-edge science, right here in NC! Read More > https://t.co/sPqAsq3OXi
Stop by the Student Union on October 23 for live demonstrations, interactive experiments, and a look behind the scenes at how discoveries are made in the lab and beyond. @unc_our#uncresearchweek
https://t.co/2dVVUxNJ6l