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. 2018 Jan 22;140(6):2355–2362. doi: 10.1021/jacs.7b12447

Figure 2.

Figure 2

(a) FPLC chromatograms of VLP⊃3xTOMe (left) and VLP⊃3xTSO4 (right) and corresponding Pt amphiphile solution without capsid at 1 mM (bottom). Colors indicate absorbance wavelengths: 260 nm (red), 280 nm (black), 340 nm (green). (b) DLS intensity distributions of the VLP⊃3xTOMe (left) and VLP⊃3xTSO4 (right). (c) Absorption spectra (solid, black), excitation (solid, blue, λem = λem,max, arbitrary units), and emission (solid, red, λexc = 405 nm, normalized) spectra of the VLPs VLP⊃3xTOMe (left) and VLP⊃3xTSO4 (right). The quantum yield weighted emission spectra (dashed, red, λexc = 405 nm) of the corresponding Pt amphiphiles (Pt-3xTOMe, Pt-3xTSO4) at the same concentration are depicted.