Ref ID: 19170
Author:
VirNext
Author address:
NULL
Full conference title:
Aerobiology Symposium 2013
Date: 27 March 2014
Abstract:
VirNext is a private technological platform (EZUS), which markets scientific technologic and logistic services and consulting toward industrials in the field of vaccine, antiviral molecules and air/water decontamination. Indoor air pollution is characterized by chemical (VOC) and biological pollutants, which is involved in the generation of respiratory failures, cardiovascular disease, asthma, allergies and cancers. VirNext has developed broad expertise in the evaluation of different air decontamination technologies against viruses, bacteria and molds in vitro and in situ. Coriolis was integrated in several experimental set-up (one pass tunnel and nebulization chamber) to optimize yields and reproducibility in the collecting process of microorganisms. VirNext currently develops experimental protocols using Coriolis to evaluate the performance of air decontamination unit in situ.
Key words : Air decontamination technologies, viruses, tests in vitro and in situ.
Abstract Number: NULL
Conference Year: 2013
Link to conference website: http://www.coriolis-airsampler.com/aerobiology-symposium.aspx
New link: NULL
Conference abstracts, posters & presentations
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Title
Author
Year
Number
Poster
-
v
C Gutierrez Perez1*, S Dhingra1,2, SM Kwansy3, TJ Opperman3, RA Cramer1
2022
93
-
v
PC Chatterjee1*, WC Chiu1, EBB Burgener2, PLB Bollyky3, JH Hsu1
2022
92
-
v
AS Serris1*, FU Uhel2, GMB Martin-Blondel3, OL Lambotte4, MEB Bougnoux5, EL Litvinova6, AO Ouedrani7, CR Rouzaud1, VB Bedarida8, JHR Raphalen9, FL Lanternier1,10
2022
91
-
v
ZA Lewis1, RB Meagher2*, S Ambati2, X Lin1
2022
90
-
v
QJ Choudhury1*, S Ambati2, X Lin1, ZA Lewis1, RB Meagher2
2022
-
v
M James1*, KW Liu1, E Vesley1, T Hohl2, RA Cramer1
2022
88
-
v
D Luptakova1, RH Patil1,2, V Havlicek1,2*
2022
87
-
v
EI Matthaiou1*, W Chiu1, C Conrad2, J Hsu1
2022
86
-
v
H Kamboj*, M Vijay, L Gupta, P Vijayaraghavan
2022
85
-
v
S Hartung1,2*, TNM Hoang1,2*, Z Cseresnyes3*, N Schuck1, K Rennert4,5, F Klos6, AS Mosig5,7, MT Figge3,8, M von Lilienfeld-Toal1,2
* Authors 1, 2 and 3 contributed equally
2022
84
