AbstractIn this paper we investigate the interaction between the C-terminal domains of the measles virus phosphoprotein (XD) and nucleoprotein (NTAIL) by using nuclear magnetic resonance chemical shift perturbation experiments. Using both NTAIL constructs and peptides, we show that contrary to the conserved Box2 region (N489–506), the C-terminal region of NTAIL (N513–525) does not directly interact with XD, and yet affects binding to XD. We tentatively propose a model where the C-terminus of NTAIL would stabilize the NTAIL–XD complex either via a functional coupling with N489–506 or by reducing the entropic penalty associated to the binding-coupled-to-folding process.Structured summaryMINT-7009780, MINT-7009793, MINT-7009808: N-tail (unipro...
AbstractWe report the bacterial expression, purification, and characterization of the N-terminal dom...
In the past decade, a wealth of experimental data has demonstrated that a large fraction of proteins...
International audienceHendra virus (HeV) is a recently emerged severe human pathogen that belongs to...
International audienceIn this paper we investigate the interaction between the C-terminal domains of...
AbstractIn this paper we investigate the interaction between the C-terminal domains of the measles v...
The nucleoprotein of measles virus consists of an N-terminal moiety, N(CORE), resistant to proteolys...
International audienceIn this paper we review our recent findings on the different interaction mecha...
Interaction of the C-terminal domains of Sendai virus (SeV) P and N proteins is crucial for RNA synt...
International audienceMeasles virus genome encapsidation is essential for viral replication and is c...
In this paper we review our recent findings on the different interaction mechanisms of the C-termina...
International audienceMeasles virus is a negative strand virus and the genomic and antigenomic RNA b...
AbstractTo characterize the structure of dynamic protein systems, such as partly disordered protein ...
Hendra virus (HeV) is a recently emerged severe human pathogen that belongs to the Henipavirus genus...
Instruct Biennial Structural Biology Conference Abstract BookletMeasles virus is an important, highl...
AbstractWe report the bacterial expression, purification, and characterization of the N-terminal dom...
In the past decade, a wealth of experimental data has demonstrated that a large fraction of proteins...
International audienceHendra virus (HeV) is a recently emerged severe human pathogen that belongs to...
International audienceIn this paper we investigate the interaction between the C-terminal domains of...
AbstractIn this paper we investigate the interaction between the C-terminal domains of the measles v...
The nucleoprotein of measles virus consists of an N-terminal moiety, N(CORE), resistant to proteolys...
International audienceIn this paper we review our recent findings on the different interaction mecha...
Interaction of the C-terminal domains of Sendai virus (SeV) P and N proteins is crucial for RNA synt...
International audienceMeasles virus genome encapsidation is essential for viral replication and is c...
In this paper we review our recent findings on the different interaction mechanisms of the C-termina...
International audienceMeasles virus is a negative strand virus and the genomic and antigenomic RNA b...
AbstractTo characterize the structure of dynamic protein systems, such as partly disordered protein ...
Hendra virus (HeV) is a recently emerged severe human pathogen that belongs to the Henipavirus genus...
Instruct Biennial Structural Biology Conference Abstract BookletMeasles virus is an important, highl...
AbstractWe report the bacterial expression, purification, and characterization of the N-terminal dom...
In the past decade, a wealth of experimental data has demonstrated that a large fraction of proteins...
International audienceHendra virus (HeV) is a recently emerged severe human pathogen that belongs to...