Not only that, but in the current issue of Molecular Cell, the Lindquist lab has identified
a new yeast prion and shown that a segment of this protein also confers prionlike activity.
Not exact matches
According to Lindquist, «The
new experiments provide an almost incontrovertible argument in favor» of the hypothesis that
prions alone can be infectious — at least in
yeast.
Further experiments in
yeast and mice along these lines led Lindquist to propose a
new, unifying hypothesis to explain the origin of the human
prion disease and the mechanism of its toxicity.
December 9, 1997 Discovery links
new form of inheritance in
yeast to «mad - cow» type diseases Researchers from the Howard Hughes Institute at the University of Chicago have discovered that a chaperone protein from
yeast, which helps proteins to change their shapes, controls a
new, protein - only form of inheritance, called a
yeast prion.
Researchers from the Howard Hughes Institute at the University of Chicago have discovered that a chaperone protein from
yeast, which helps proteins to change their shapes, controls a
new, protein - only form of inheritance, called a
yeast prion.
Although the
yeast sup35 protein and the mammalian
prion protein are not at all related to each other — the
yeast pose no risk to consumers of bread or beer — the researchers think that in - depth analysis of the
yeast prion - like elements and other proteins that help them fold up may lead to
new approaches to therapies for neurodegenerative diseases.