“A new 3D printing technique that uses ultrasound and “sono-ink” could one day be used to build bones, blood vessels, [MORE]
New clues into the head-scratching mystery of itch
“Scientists at Harvard Medical School have shown for the first time that a [MORE]
Chemically induced reprogramming to reverse cellular aging
“To screen for molecules that reverse cellular aging and rejuvenate human cells without altering [MORE]
AI tool determines brain cancer genome during surgery
“A new tool developed by researchers at Harvard Medical School (HMS) uses artificial [MORE]
A treatment approach for Fragile X Syndrome
“The FMR1 (fragile X messenger ribonucleoprotein 1) gene promotor contains an average of 30 [MORE]
Generalist Medical AI
According to this piece, generalist medical AI can: “Adapt easily to new tasks without the need for formal [MORE]
The snail-shell-shaped part of the inner ear that houses hair cells
“Using single-cell RNAseq, advanced imaging, electrophysiology, and lineage tracing, Quan [MORE]
The snail-shell-shaped part of the inner ear that houses hair cells
“Using single-cell RNAseq, advanced imaging, electrophysiology, and lineage tracing, Quan [MORE]
Loss of epigenetic information can drive aging, restoration can reverse it
“For the new study, researchers at Harvard conducted experiments in [MORE]
3D Bioprinted tissue
From Brigham & Women’s Hospital/Harvard Medical School: “Printing at low temperatures has the added advantage that it can [MORE]
Human microbiome project
“Early estimates as to exactly how many unique genes [in the human microbiome] there may be range from [MORE]
Robotic catheter
Robotic catheters have been in use for some time, but this piece describes one, developed at Harvard Medical School, [MORE]
DNA Multigenic risk score
Polygenic risk scores may become as routine as cholesterol screening. To that end, researchers at the Broad [MORE]
Lab Made Cardiomyocytes
Inducing early stem cells to become a specific tissue cell type is no easy business, but a research [MORE]