Matches in SemOpenAlex for { <https://semopenalex.org/work/W3036936698> ?p ?o ?g. }
- W3036936698 abstract "Abstract Femtosecond (fs) laser irradiation techniques are emerging tools for inactivating viruses that do not involve ionizing radiation. In this work, the inactivation of two bacteriophages representing protective capsids with different geometric constraints, that is, the near‐spherical MS2 (with a diameter of 27 nm) and the filamentous M13 (with a length of 880 nm) is compared using energetic visible and near‐infrared fs laser pulses with various energies, pulse durations, and exposure times. Intriguingly, the results show that inactivation using 400 nm lasers is substantially more efficient for MS2 compared to M13. In contrast, using 800 nm lasers, M13 was slightly more efficiently inactivated. For both viruses, the genome was exposed to a harmful environment upon fs‐laser irradiation. However, in addition to the protection of the genome, the metastable capsids differ in many properties required for stepwise cell entry that may explain their dissimilar behavior after (partial) disassembly. For MS2, the dominant mechanism of fs‐laser inactivation was the aggregation of the viral capsid proteins, whereas aggregation did not affect M13 inactivation, suggesting that the dominant mechanism of M13 inactivation was related to breaking of secondary protein links." @default.
- W3036936698 created "2020-06-25" @default.
- W3036936698 creator A5010811634 @default.
- W3036936698 creator A5024856946 @default.
- W3036936698 creator A5040544327 @default.
- W3036936698 creator A5040561690 @default.
- W3036936698 creator A5043425899 @default.
- W3036936698 creator A5091406083 @default.
- W3036936698 date "2020-08-10" @default.
- W3036936698 modified "2023-09-24" @default.
- W3036936698 title "Comparative study on the inactivation of MS2 and M13 bacteriophages using energetic femtosecond lasers" @default.
- W3036936698 cites W1544560769 @default.
- W3036936698 cites W1551360735 @default.
- W3036936698 cites W1560333061 @default.
- W3036936698 cites W1564618898 @default.
- W3036936698 cites W1566994626 @default.
- W3036936698 cites W1567696028 @default.
- W3036936698 cites W1589232032 @default.
- W3036936698 cites W1894517104 @default.
- W3036936698 cites W1964134553 @default.
- W3036936698 cites W1968750780 @default.
- W3036936698 cites W1974315733 @default.
- W3036936698 cites W1984391328 @default.
- W3036936698 cites W1985324059 @default.
- W3036936698 cites W1988597673 @default.
- W3036936698 cites W2000943591 @default.
- W3036936698 cites W2001738143 @default.
- W3036936698 cites W2006122512 @default.
- W3036936698 cites W2008913102 @default.
- W3036936698 cites W2013115758 @default.
- W3036936698 cites W2023134109 @default.
- W3036936698 cites W2024029947 @default.
- W3036936698 cites W2025755820 @default.
- W3036936698 cites W2025842817 @default.
- W3036936698 cites W2026702357 @default.
- W3036936698 cites W2031367792 @default.
- W3036936698 cites W2033898136 @default.
- W3036936698 cites W2043824864 @default.
- W3036936698 cites W2043889211 @default.
- W3036936698 cites W2055420253 @default.
- W3036936698 cites W2056576153 @default.
- W3036936698 cites W2058819639 @default.
- W3036936698 cites W2059510043 @default.
- W3036936698 cites W2062415479 @default.
- W3036936698 cites W2063221315 @default.
- W3036936698 cites W2064524294 @default.
- W3036936698 cites W2068049105 @default.
- W3036936698 cites W2069258864 @default.
- W3036936698 cites W2079283920 @default.
- W3036936698 cites W2085939885 @default.
- W3036936698 cites W2086849770 @default.
- W3036936698 cites W2094225182 @default.
- W3036936698 cites W2097319361 @default.
- W3036936698 cites W2100800584 @default.
- W3036936698 cites W2105065481 @default.
- W3036936698 cites W2119261521 @default.
- W3036936698 cites W2121901998 @default.
- W3036936698 cites W2122240466 @default.
- W3036936698 cites W2122339751 @default.
- W3036936698 cites W2124877851 @default.
- W3036936698 cites W2134431745 @default.
- W3036936698 cites W2134972813 @default.
- W3036936698 cites W2136374472 @default.
- W3036936698 cites W2141928845 @default.
- W3036936698 cites W2143696899 @default.
- W3036936698 cites W2145119577 @default.
- W3036936698 cites W2145820045 @default.
- W3036936698 cites W2150210890 @default.
- W3036936698 cites W2155178382 @default.
- W3036936698 cites W2157112789 @default.
- W3036936698 cites W2164149361 @default.
- W3036936698 cites W2166917780 @default.
- W3036936698 cites W2169113904 @default.
- W3036936698 cites W2171978649 @default.
- W3036936698 cites W2289037299 @default.
- W3036936698 cites W2317543426 @default.
- W3036936698 cites W2330657423 @default.
- W3036936698 cites W2410099483 @default.
- W3036936698 cites W2563293115 @default.
- W3036936698 cites W2806358389 @default.
- W3036936698 cites W2981397395 @default.
- W3036936698 cites W3149578424 @default.
- W3036936698 cites W4210398649 @default.
- W3036936698 cites W4236772703 @default.
- W3036936698 cites W70832405 @default.
- W3036936698 cites W2996157801 @default.
- W3036936698 doi "https://doi.org/10.1002/jbio.202000109" @default.
- W3036936698 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32701195" @default.
- W3036936698 hasPublicationYear "2020" @default.
- W3036936698 type Work @default.
- W3036936698 sameAs 3036936698 @default.
- W3036936698 citedByCount "2" @default.
- W3036936698 countsByYear W30369366982022 @default.
- W3036936698 countsByYear W30369366982023 @default.
- W3036936698 crossrefType "journal-article" @default.
- W3036936698 hasAuthorship W3036936698A5010811634 @default.
- W3036936698 hasAuthorship W3036936698A5024856946 @default.
- W3036936698 hasAuthorship W3036936698A5040544327 @default.
- W3036936698 hasAuthorship W3036936698A5040561690 @default.
- W3036936698 hasAuthorship W3036936698A5043425899 @default.