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Szellemi tulajdonjogok


The present invention relates to a device adapted for the inactivation of pathogens in a biological sample, which device has a container; the container delimits a UV-C inactivation chamber; a light source that emits light in the UV-C range (100 nm - 280 nm); a support structure adapted for accommodating samples; where, on the one part, the container contains a prism or cylindrical shaped central element; on the other part, the container contains two hemisphere-shaped closing elements, where the hemisphere-shaped closing elements cover the central element in such a way that the inside of the hemisphere faces towards the inside of the central element, at least a part of the internal surface of the closing elements is provided with a coating that reflects UV-C light at least partially or it is made at least partially from such a material; at least one of the hemisphere-shaped closing elements can be opened; the light source has a longitudinal form and is located in and parallel to the axis of the container; each of the positions of the samples in the support structure formed for accommodating the sample-holding tubes are substantially at the same distance from the light source. The invention also relates to a method implemented with the device.

Képernyőkép 2022-10-08 092641.png


Amikre büszkék vagyunk

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Cells 2021, 10, 1343.


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POLYMERS 13 : 23 Paper: 4179 , 20 p. (2021)


UV-C inactivation, and in vitro characterization of SARS-CoV-2 virus 

R. Hetényi, F. Földes, Z. Brigitta, F. Jakab, G. Kemenesi, Z. Lacza

Roland Hetenyi MD1,3, Daniel Hanna MD2,4, Balazs Somogyi5, Ferenc Jakab PhD6, Edina Szabo-Meleg, Krisztian Banyai, Janos Nacsa


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