Peste des petits ruminants Virus, Mauritania

The phylogenetic tree that we obtain shows that the samples recently collected in 2017 in Mopti belong to the lineage IV and are very closely related to the lineage IV of

Transboundary Local Regional hub Intermediary Consumption Flow importance Clu1 Figure: Cesaro et al., 2010.. Association with

For the first time, complete genome sequences of four lineage III peste des petits ruminants (PPR) viruses (Oman 1983, United Arab Emirates 1986, Ethiopia 1994, and Uganda

Presence of SLAM or CD150 receptor enhances infectivity of cells by PPRV: Next, infectivity of Vero (without SLAM), B95a (having Marmoset SLAM) and Vero.DogSLAMtag

Root location probabilities of the most recent common ancestor using global PPRV isolates (panel A ) are shown graphically alongside lineages I–IV (panels B–E) and were estimated

To characterize PPRV strains identifi ed in Sudan during 2000– 2009 and in Morocco during the extensive 2008 outbreaks, a phylogenetic analysis was carried out on wild-type PPRV

By using a reporter plasmid based on the luciferase gene, all mutations and the deletion obtained by transfections with the siNPPRV1 were confirmed as directly responsible for the

Dynamics of the in vitro emergence of escape mutants of the peste des petits ruminants virus (PPRV) to interfering RNAs targeting the nucleoprotein gene: implications for