AVI - 7288 specifically targets the viral messenger RNA that encodes Marburg
virus nucleoprotein.
Not exact matches
A decade ago a drug based on an internal protein of the flu
virus, called NP (for
nucleoprotein), set the immune system's killer T cells into action, but it only partially protected mice from the flu.
Like many other related
viruses, Ebola
virus contains a negative - sense, single - stranded RNA that encodes seven different proteins, one of which is known as the
nucleoprotein (NP) for its ability to interact with the viral RNA genome.
Their search turned up a suspect: a piece of a receptor for hypocretin resembles part of the H1N1 influenza
nucleoprotein — which binds to the
virus genome and plays a key role in its replication.
The mouse is described in a study, «In vivo evasion of MxA by avian influenza
viruses requires human signature in the viral
nucleoprotein,» that will be published April 10 in The Journal of Experimental Medicine.
MxA is thought to target influenza A by binding to the
nucleoprotein that encapsulates the
virus» genome, and mutations in this
nucleoprotein have been linked to the
virus» ability to infect human cells.
MxA is therefore a barrier against cross-species influenza A infection, but one that the
virus can evade through a few mutations in its
nucleoprotein.
Her first major discovery, in 2006, identified a loop in the
nucleoprotein of the H1N1 human influenza
virus.
Every negative - sense RNA
virus encodes a
nucleoprotein that surrounds the
virus genome and allows it to replicate.
The high - resolution structure of a filamentous flexible plant
virus shows that there is structural homology between its coat protein and the
nucleoproteins of an unrelated group of enveloped RNA animal
viruses.