アプリケーションノート
Evaluation of SARS-CoV-2 air contamination in hospitals with CORIOLIS μ AIR SAMPLER |
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(コリオリスμ エアサンプラーを使用した病院でのSARS-CoV-2 空気汚染の評価) |
Pneumocystis jirovecii detection & quantification, Saint-Louis hospital, Paris | |
(Pneumocystis jiroveciiの定量検出) |
Birch allergens quantification with Coriolis® air sampler, ZAUM, Germany | |
(コリオリスエアーサンプラーによるBirch allergensの定量) |
Airborne contamination detection in clean room, RNSA Laboratoire | |
(クリーンルームの浮遊汚染物の検出) |
Comparison Hirst/Coriolis® for pollen count, MONALISA project | |
(Hirstとコリオリスの比較による花粉捕集) |
Airborne virus detection in hospital environments, Amiens Hospital (France) | |
(院内における浮遊ウイルスの検出) |
Airborne Stachybotrys chartarum detection in offices, RNSA Laboratoire, France | |
(オフィスの浮遊Stachybotrys chartarumの検出) |
Evaluation of Coriolis® microbial air sampler coupled with RMM, Alternative solution for rapid airborne contamination control | |
(迅速検出法併用によるコリオリスエアーサンプラーの評価) |
Aspergillus detection in healthcare establishments*, A.Trousseau teaching hospital, Paris | |
(健康管理施設におけるAspergillusの検出) |
Detection of airborne virulent bacteriophage of dairy starter culture in a cheese factory, Centre de recherche, Hôpital Laval, Québec, Canada | |
(チーズ工場における毒性バクテリオファージの検出) |
Airborne microbiological monitoring of clean rooms in a pharmaceutical production site, Faure Ingenierie (France) | |
(医薬品製造における浮遊菌のモニタリング) |
Cyclonic Coriolis® technology qualification according to ISO 14698-1 | |
(ISO14698-1認定のサイクロン技術) |
Capture of volatile compounds with Coriolis® air sampler - Formaldehyde model*, Leeds University (UK) - Faculty of biological Sciences | |
(コリオリスにより揮発性物質の捕集) |
Airborne latex allergens control in hospital environments, UNIPR (Italy) | |
(院内における浮遊ラテックスアレルゲンの制御) |