LABORATORY INFORMATION
LabID
CRAW
CRAW
Walloon Agricultural Research Centre (CRA-W)
Département Sciences du Vivant Unité Santé des plantes et forêts Bâtiment Marchal Rue de Liroux, 4Gembloux ( 5030 ) Belgium
+32-(0)81 874605
+32-(0)81 874014
| Quality Prog the laboratory is based on a quality programme following quality insurance principle | YES |
| Lab accredited (ISO 17025) for certain activities? Accreditation is taken according to ISO 17025. Whenever possible, please indicate for which pests and methods the laboratory is accredited. If your laboratory is accredited for a large number of pests and methods, for the moment it is planned to enter a standard phrase 'contact the laboratory'. | YES |
| Lab participates in test performance studies? Ring-testing (or interlaboratory comparison): any evaluation of the performance of one method in the testing of defined samples by two or more laboratories. | YES |
| Lab participates in proficiency-testing Proficiency testing: one measure of laboratory competence derived by means of an interlaboratory comparison by sending out defined samples. |
YES |
| Lab offers training in diagnostics? | NO |
Accreditation certificate number :
Expertise
| Expert | Level | Organism | Techniques used | Years of experience |
| BULTREYS Alain | species | Agrobacterium rhizogenes | Molecular |
10 |
| BULTREYS Alain | species | Agrobacterium tumefaciens | Molecular |
10 |
| BULTREYS Alain | species | Agrobacterium vitis | Molecular |
10 |
| BULTREYS Alain | species | Brenneria goodwinii | Molecular |
10 |
| BULTREYS Alain | species | Brenneria salicis | Molecular |
13 |
| BULTREYS Alain | species | Dickeya dianthicola | Molecular |
7 |
| BULTREYS Alain | species | Erwinia amylovora | Molecular Bioassay Biochemical Classical microbiology |
22 |
| BULTREYS Alain | species | Lonsdalea quercina | Molecular |
7 |
| BULTREYS Alain | species | Pseudomonas syringae | Molecular Classical microbiology |
25 |
| BULTREYS Alain | species | Pseudomonas syringae pv. aesculi | Molecular |
16 |
| BULTREYS Alain | species | Pseudomonas syringae pv. aptata | Molecular |
23 |
| BULTREYS Alain | species | Pseudomonas syringae pv. mors-prunorum | Molecular Classical microbiology |
27 |
| BULTREYS Alain | species | Pseudomonas syringae pv. syringae | Molecular Classical microbiology |
27 |
| BULTREYS Alain | species | Pseudomonas viridiflava | Molecular |
23 |
| BULTREYS Alain | species | Xanthomonas arboricola pv. juglandis | Molecular |
9 |
| BULTREYS Alain | species | Xanthomonas citri pv. fuscans | Molecular Bioassay |
4 |
| BULTREYS Alain | species | Xanthomonas fragariae | Molecular Bioassay Biochemical Classical microbiology |
23 |
| BULTREYS Alain | species | Xanthomonas phaseoli pv. phaseoli | Molecular Bioassay |
4 |
| CHANDELIER Anne | species | Bretziella fagacearum | Molecular |
6 |
| CHANDELIER Anne | species | Ceratocystis platani | Molecular |
7 |
| CHANDELIER Anne | species | Cryphonectria parasitica | Morphological Molecular |
9 |
| CHANDELIER Anne | species | Dothistroma pini | Molecular |
11 |
| CHANDELIER Anne | species | Dothistroma septosporum | Molecular |
-- |
| CHANDELIER Anne | species | Fusarium circinatum | Molecular |
-- |
| CHANDELIER Anne | species | Fusarium circinatum | Molecular |
10 |
| CHANDELIER Anne | species | Geosmithia morbida | Molecular |
2022 |
| CHANDELIER Anne | species | Hymenoscyphus fraxineus | Molecular |
-- |
| CHANDELIER Anne | species | Lecanosticta acicola | Molecular |
11 |
| CHANDELIER Anne | species | Melampsora medusae | Morphological Molecular |
-- |
| CHANDELIER Anne | species | Monilinia fructicola | Molecular |
-- |
| CHANDELIER Anne | species | Phytophthora kernoviae | Molecular |
-- |
| CHANDELIER Anne | species | Phytophthora lateralis | Molecular |
11 |
| CHANDELIER Anne | species | Phytophthora ramorum | Molecular Classical microbiology |
20 |
| CHANDELIER Anne | species | Verticillium dahliae | Morphological Molecular Classical microbiology |
-- |
| HELLIN Pierre | species | Tomato brown rugose fruit virus | Molecular |
1 |
| SAN MARTIN Gilles | species | Contarinia pseudotsugae | Morphological |
7 |
| SCHMITZ Sophie | species | Neonectria neomacrospora | Morphological Molecular |
6 |
| SCHMITZ Sophie | species | Sirococcus tsugae | Morphological Molecular Classical microbiology |
19 |
| STEYER Stephan | species | Apple proliferation phytoplasma | Molecular Bioassay |
16 |
| STEYER Stephan | species | Beet necrotic yellow vein virus | Serological Molecular Bioassay |
27 |
| STEYER Stephan | species | CEVd | Molecular |
16 |
| STEYER Stephan | species | Columnea latent viroid | Molecular |
-- |
| STEYER Stephan | species | CSNV | Serological Molecular |
12 |
| STEYER Stephan | species | CSVd | Molecular |
16 |
| STEYER Stephan | species | Liberibacter solanacearum | Molecular |
6 |
| STEYER Stephan | species | Pear decline phytoplasma | Molecular Bioassay |
16 |
| STEYER Stephan | species | Pepino mosaic virus | Serological Molecular Bioassay |
23 |
| STEYER Stephan | species | Plum pox virus | Serological Molecular |
27 |
| STEYER Stephan | species | Potato spindle tuber viroid | Molecular Bioassay |
25 |
| STEYER Stephan | species | Potato virus A | Serological Molecular |
25 |
| STEYER Stephan | species | Potato virus M | Serological Molecular |
25 |
| STEYER Stephan | species | Potato virus S | Serological Molecular |
25 |
| STEYER Stephan | species | Potato virus X | Serological Molecular |
25 |
| STEYER Stephan | species | RpRSV | Molecular |
12 |
| STEYER Stephan | species | SCrV | Molecular |
12 |
| STEYER Stephan | species | SLRSV | Molecular |
12 |
| STEYER Stephan | species | SMYEV | Molecular |
12 |
| STEYER Stephan | species | TASVd | Molecular |
16 |
| STEYER Stephan | species | TCDVd | Molecular |
16 |
| STEYER Stephan | species | Tomato brown rugose fruit virus | Molecular |
4 |
| STEYER Stephan | species | Tomato spotted wilt virus | Serological Molecular |
27 |
This project has received funding from the European Union's Horizon 2020 research
and innovation programme under grant agreement n. 773139. The content of this website represents the views of the author only and is his/her sole responsibility. It cannot be considered to reflect the views of the European Commission and/or the Research Executive Agency or any other body of the European Union. The European Commission and the Agency do not accept any responsibility for use that may be made of the information it contains.