Author: Zavestovskaya, I. N.; Guschin, V. A.; Nikiforova, M. A.; Siniavin, A. E.; Russu, L. I.; Cheshev, E. A.; Koromyslov, A. L.; Tupitsyn, I. M.; Fronya, A. A.; Grigoryeva, M. S.
Title: EXPERIMENTAL INVESTIGATION OF THE EFFECT OF UVA RADIATION ON THE CORONAVIRUS INFECTIVE PROPERTIES Cord-id: a5gjijf3 Document date: 2021_9_21
ID: a5gjijf3
Snippet: The results of experimental studies of the effect of ultraviolet radiation in the UVA wavelength range safe for humans on the β-coronavirus infective properties are presented. Bovine coronavirus not pathogenic for humans is selected as a prototype of the COVID-19 (SARS-CoV-2) pathogenic agent. LEDs with wavelengths of 371 nm and 401 nm are used as a radiation source. It is shown that a dose-dependent decrease in the virus infectious titer is observed for both UVA wavelengths.
Document: The results of experimental studies of the effect of ultraviolet radiation in the UVA wavelength range safe for humans on the β-coronavirus infective properties are presented. Bovine coronavirus not pathogenic for humans is selected as a prototype of the COVID-19 (SARS-CoV-2) pathogenic agent. LEDs with wavelengths of 371 nm and 401 nm are used as a radiation source. It is shown that a dose-dependent decrease in the virus infectious titer is observed for both UVA wavelengths.
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