Workshop organized with Mind the Byte
Computational chemistry in drug discovery: the SME perspective
Computational chemistry in drug discovery: the SME perspective
Computational chemistry in drug discovery: the SME perspective
Computational chemistry in drug discovery: the SME perspective
Genetic Engineering & Biotechnology News (GEN), the flagship publication of the USA’s leading independent publisher Mary Ann Liebert, Inc., published a story last week about the Advanced Stem Cell Training Network (ASCTN).Take a break to enjoy a movie and help accelerate research into muscular dystrophy!
Take a break to enjoy a movie and help accelerate research into muscular dystrophy!
Take a break to enjoy a movie and help accelerate research into muscular dystrophy!
Take a break to enjoy a movie and help accelerate research into muscular dystrophy!
Wednesday’s press release about the Nature paper published by IBEC and UPC researchers got a lot of press coverage.
One of the most enviable features of superheroes is their ability to stretch their bodies beyond imaginable limits. In a study published today in Nature, scientists have discovered that our cells can do just that. With every beat of the heart and every breath into the lungs, cells in our body are routinely subjected to extreme stretching. This stretching is even more pronounced when cells shape our organs at the embryo stage, and when they invade tissues through narrow pores during cancer metastasis – but how cells undergo such large deformations without breaking has remained a mystery until now.