• Aucun résultat trouvé

COST Action FA1407: Empowering NGS technologies for the study and diagnostic of plant viruses

N/A
N/A
Protected

Academic year: 2021

Partager "COST Action FA1407: Empowering NGS technologies for the study and diagnostic of plant viruses"

Copied!
1
0
0

Texte intégral

(1)

COST Action FA1407: Empowering NGS

technologies for the study and diagnostic of

plant viruses

Drivers of the Action:

Technological

revolution of NGS

PRESENTING AUTHOR, Antonio Olmos, Neil Boonham, Carmen Büttner, Thierry Candresse, Rosario Felix, Isabel Font, Miroslav Glasa, Risto Jalkanen, Petr Kominek, Margit Laimer, Tadeusz Malinowski, Varvara Maliogka,

Angelanotio Minafra, Nelia Ortega Parra, Annalisa Poliverari, Maja Ravnikar, Dana Safarova, Rene Vandervlugt, Christina Varveri, Johanna Witzell, Ioan Zagrai, Thierry Wetzel and Massart, Sebastien a1

« Virus Rush » with

>50 new viruses

Bio-Informatic

simplification

Viral thread:

Billions of damages on crops yearly amenacing grower income, food quality and food security

Current worstening factors :

The ability to provide fast, inexpensive and reliable diagnostics for any viral infection is a key

measure for cost-effective control of these ubiquitous pathogens

Worldwide trade

Climate change

Challenges and Impact for diagnostic

(2)

:

Objectives of the Action

: Leveraging plant virus control through NGS

a: the affiliations and addresses of the contributors of this communication are listed in the COST website at the following address:

http://www.cost.eu/COST_Actions/fa/Actions/FA1407?management

1: Corresponding author: sebastien.massart@ulg.ac.be - Laboratory of Phytopathology – University of Liège – Gembloux Agro-BioTech –

Passage des déportés, 2 – 5030 Gembloux – Belgium

Ca

ll to

re

gis

ter

on

th

e A

cti

on

w

eb

site

Working Groups (WGs)

Validation challenge

- Sensitivity ? - Repeatability and reproducibility ? - Contamination ?

Impact on trade

- For which diagnostic ? - New virus identified ? - Latent virus ?

Regulatory impact

- Certification? - Quarantine ? - Legal framework ?

Technical challenges

- Sampling protocol ?

- Extraction and library preparation ?

- Bio-informatic pipeline ?

50 % of emergent

pathogens are viruses (

1)

1.Designing research framework for characterization of new viruses & evaluation of their impact 2.Developing and validating NGS technological standards for plant virus diagnostic

3.Proposing decision schemes on plant virus diagnostic for policy makers, NPPO, EPPO, diagnostic lab 4.Evaluating impact of NGS on virus taxonomy and on the plant-virus interactions

Contact us

Action website: http://www.cost.eu/COST_Actions/fa/Actions/FA1407

Action Chair :

sebastien.massart@ulg.ac.be

References

(1) Anderson, 2004. Trends Ecol.

Références

Documents relatifs

Keywords: reaction-diffusion models, relaxation approximation, propagating fronts, finite volume method, kinetic schemes.. 2010 MSC: 65M08,

equally to this work Specialty section: This article was submitted to Aquatic Microbiology, a section of the journal Frontiers in Microbiology Received: 06 August 2018 Accepted:

Our purpose is to prove existence of competitive equilibrium for the basic neoclassical model with elastic labor with less stringent assumptions than in the literature using some

image of Ni/NiFe NPs deposited on BSi and corresponding b) Si, c) Ni and d) Fe EDS maps. g) XANES spectra recorded at the Fe K-edge. In e-g), the green spectra were recorded before

2 NGS & Viruses Etiology Viral ecology Plant-virus interaction Plant resistance Viral population genetics Taxonomy Current impact on R&D?. Expected impact

Based on the classification in sequevars, we identified 17 groups (Table 3), including the 4 phylotypes; brown rot strains (sequevars 1 and 2); Moko strains (sequevars 3, 4, 6, and

[r]

Phylogenetic analyses confirmed the existence in yams of one new viral species within the genus Potexvirus (tentatively named Yam virus X, YVX) and one within the