Red emission is achieved by the weakening of the interactions of the emitter with ionic and hydrophobic molecules, by the polarization of the benzothiazole ...
Jun 2, 2011 · One of the major mysteries regarding firefly bioluminescence is its pH-dependent multicolor variation. At basic pH, the emission is on the ...
Jun 2, 2011 · One of the major mysteries regarding firefly bioluminescence is its pH-dependent multicolor variation. At basic pH, the emission is on the ...
One of the major mysteries regarding firefly bioluminescence is its pH-dependent multicolor variation. At basic pH, the emission is on the yellow-green ...
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One of the major mysteries regarding firefly bioluminescence is its pH-dependent multicolor variation. At basic pH, the emission is on the yellow-green region, ...
The aim of this study is to explain the influence of structural modifications within the natural oxyluciferin on the colour modulation of bioluminescence.
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The objective of this manuscript is to review the experimental studies of firefly luciferin and oxyluciferin, and related analogues, fluorescence and ...
Jan 21, 2009 · To reveal the light-color modulation mechanism of firefly (beetle) bioluminescence, we investigated the spectroscopic properties of the phenolate anion 1-O −.
Firefly luciferase exhibits a multicolor bioluminescence, which is caused by the modulation of the emission of oxyluciferin by intermolecular interactions.
They have modified the oxyluciferin compound by substituting atom by others (for example the sulfur by a carbon) [2] or adding groups (like allyl group in the ...