Specialized motor proteins that transport cargo within cells could be turned into nanoscale machines for drug delivery, according to bioengineers. Chemical alteration of the proteins' function ...

Myosin XI is a plant-specific motor protein that moves along actin filaments and helps in intracellular organelle transport. It also plays a central role in cytoplasmic streaming, a process that ...

Specialized motor proteins that transport cargo within cells could be turned into nanoscale machines for drug delivery, according to bioengineers. Chemical alteration of the proteins' function ...

Motor proteins running the natural roadways on the skeletons of our cells are hauling cargo that is both essential to life and can cause disease, scientists say. They are working to learn just ...

Can DNA-nanoparticle motors get up to speed with motor proteins? Researchers use the knowledge of molecular motors to enhance the nanoscale artificial motor in hopes of leveling out the speed ...

BUFFALO, N.Y. — Inside neurons, motor proteins haul precious cargo, moving essential goods along thread-like roadways called microtubule tracks. This miniature highway system is vital for keeping ...

To some they look like bow-legged cowboys. To others, swaggering pirates. Either way, the two-legged molecules known as motor proteins are what get the job of living done in most of your cells.

Specialized motor proteins that transport cargo within cells could be turned into nanoscale machines for drug delivery, according to bioengineers. Chemical alteration of the proteins' function ...

A team of researchers, led by Professor Motoki Tominaga from Waseda University, Japan, has discovered that the motor protein myosin XI plays a crucial role in boron transport in Arabidopsis thaliana.

Specialized motor proteins that transport cargo within cells could be turned into nanoscale machines for drug delivery, according to bioengineers.