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• W2335102738 endingPage "7962" @default.
• W2335102738 startingPage "7954" @default.
• W2335102738 abstract "The integrity of a small model protein, the 36-residue villin headpiece HP36, attached to gold nanoparticles (AuNP) is examined, and its response to laser excitation of the AuNPs is investigated. To that end, it is first verified by stationary IR and CD spectroscopy, together with denaturation experiments, that the folded structure of the protein is fully preserved when attached to the AuNP surface. It is then shown by time-resolved IR spectroscopy that the protein does not unfold, even upon the highest pump fluences that lead to local temperature jumps on the order of 1000 K of the phonon system of the AuNPs, since that temperature jump persists for too short a time of a few nanoseconds only to be destructive. Judged from a blue shift of the amide I band, indicating destabilized or a few broken hydrogen bonds, the protein either swells, becomes more unstructured from the termini, or changes its degree of solvation. In any case, it recovers immediately after the excess energy dissipates into the bulk solvent. The process is entirely reversible for millions of laser shots without any indication of aggregation of the protein or the AuNPs and with only a minor fraction of broken protein–AuNP thiol bonds. The work provides important cornerstones in designing laser pulse parameters for maximal heating with protein-capped AuNPs without destroying the capping layer." @default.
• W2335102738 created "2016-06-24" @default.
• W2335102738 creator A5004499400 @default.
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• W2335102738 date "2014-03-13" @default.
• W2335102738 modified "2023-10-16" @default.
• W2335102738 title "Response of Villin Headpiece-Capped Gold Nanoparticles to Ultrafast Laser Heating" @default.
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• W2335102738 cites W1968736402 @default.
• W2335102738 cites W1973078202 @default.
• W2335102738 cites W1975205107 @default.
• W2335102738 cites W1977054691 @default.
• W2335102738 cites W1977103369 @default.
• W2335102738 cites W1980427574 @default.
• W2335102738 cites W1981906103 @default.
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• W2335102738 doi "https://doi.org/10.1021/jp500845f" @default.
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