New technique expands cells to sequence DNA and capture fine structural details
Using this method, scientists discovered key protein and gene activity changes in aging and in a rare disease called progeria.
Related Articles
How Buying Primary Care on the Free Market Adds to Doctor Shortages
Zirui Song discusses the pros and cons of concierge medicine
Improving Creation of Microglia in a Dish for Brain Research
More efficient and authentic cell creation enables immune studies, drug development
Science that gives humans more say over their destinies — Harvard Gazette
Gene-editing technologies developed by Harvard’s David Liu demonstrate game-changing potential in two recent cases.
Why Federal Funding for Health Care Policy Research Matters
Nicole Maestas on how cuts threaten quality, sustainability of care
New AI tool predicts biological age by looking at a face — Harvard Gazette
Deep-learning algorithm analyzes snapshots for information that could help oncologists tailor treatment intensity.
How Lymphocytes Compete and Collaborate To Protect Against Unknown Viruses
Julia Merkenschlager explores how secrets of natural immunity can improve vaccines, treatment
What Happens When a Gene Quality-Control Mechanism Fails?
Study solves riddle of how mutations in Integrator complex relate to neurodegeneration, cancer
Building Vaccines for Future Versions of a Virus
AI model EVE-Vax provides valuable clues about how a virus may evolve
Harvard PhD Graduates To Propel Scientific Discovery at a Pivotal Moment
147 students in HMS-based programs receive doctoral degrees amid turbulent times for U.S. research
Harvard Medical School, Dental School Class of 2025 Celebrates Graduation
MD and DMD graduates applaud accomplishments, prepare for challenges