Latest Dynein Stories
Recently biologists at the University of Massachusetts Amherst led by Wei-lih Lee have identified a new molecular player in asymmetric cell division, a regulatory protein named She1 whose role in chromosome- and spindle positioning wasn't known before.
To solve a mystery, sometimes a great detective need only study the clues in front of him.
Just like people, some proteins have characteristic ways of "walking," which (also like human gaits) are not so easy to describe.
A motor regulatory protein can block human ovarian tumor growth, leading to eventual cancer cell death and possible new therapies to treat the disease.
Researchers at the University of California, San Diego School of Medicine have identified the motors that move non-infectious prion proteins (PrPC) â€“ found within many mammalian cells â€“ up and down long, neuronal transport pathways.
A University of Utah researcher helped discover how a "wimpy" protein motor works with two other proteins to gain the strength necessary to move nerve cells and components inside them.
The neurodegenerative disease spinocerebellar ataxia type 5 (SCA5) damages nerve cells in two ways.
A new study reveals how molecular motors that power important subcellular movements can generate cyclical motion.
The last step of the cell cycle is the brief but spectacularly dynamic and complicated mitosis phase, which leads to the duplication of one mother cell into two daughter cells.
An international team of scientists led by the University of Leeds has shed new light on the little-understood motor protein called dynein, thought to be involved in progressive neurological disorders such as motor neurone disease.
- A volcanic mudflow.