Algorithm reveals how cells in embryo get organized
A machine learning algorithm uses computational topology to study how cells in the embryo organize themselves into tissue-like architectures.
Algorithm reveals how cells in embryo get organized
A machine learning algorithm uses computational topology to study how cells in the embryo organize themselves into tissue-like architectures.
Just like clock pendulums, cells move in sync
Just like pendulums in clocks, our cells move in synchronization, according to a new study. It makes them better at combating diseases.
Nanoscale ‘tattoos’ could track health of single cells
Nanoscale “tattoos” that could one day track the health of individual cells could provide early warnings for health problems.
Nanoscale ‘tattoos’ could track health of single cells
Nanoscale “tattoos” that could one day track the health of individual cells could provide early warnings for health problems.
Superresolution shows cell division at nano scale
“The living cell is a busy place with proteins bustling here and there. Our superresolution is very attractive for viewing these dynamic activities.”
How cells in confinement act like people in crowds
Like people in a crowd making themselves smaller, living cells in confinement adjust their size while growing alongside other cells.
Engineered ‘tails’ tame killer T cells for immunotherapy
Fusing a molecular tail onto the engineered T cells used in immunotherapy can inhibit their proclivity to attack each other, say researchers.
‘Live reporters’ capture action in living cells
“Live reporter” technology can reveal the workings of networks of signaling proteins in living cells, researchers report.
‘Live reporters’ capture action in living cells
“Live reporter” technology can reveal the workings of networks of signaling proteins in living cells, researchers report.