AbstractSix chimeric mutants between Hotaria parvula (λmax=568 nm) and Pyrocoelia miyako (λmax=550 nm) luciferases were reconstructed to determine the structural origin of the color differences in firefly luciferase. Based on light-emitting color, five chimeric luciferases could be divided into two groups: the three green-emitting mutants, classified as P. miyako luciferase, and the two yellow-emitting mutants, classified as H. parvula luciferase. Their common fragments between Val-209 and Ala-318 within each group contain the active site for the color differences
In most bioluminescence systems the oxidation of luciferin and production of light is catalyzed by l...
The luciferase isolated from the firefly Photinus pyralis (Ppy) catalyzes a two-step reaction that r...
BACKGROUND: Bioluminescence in fireflies and click beetles is produced by a luciferase-luciferin rea...
AbstractSix chimeric mutants between Hotaria parvula (λmax=568 nm) and Pyrocoelia miyako (λmax=550 n...
Fireflies emit flashes in the green-yellow region of the spectrum for the purpose of sexual attracti...
The characteristic yellow-green light of a firefly is the result of a multi-step reaction catalyzed ...
Firefly luciferases are called pH-sensitive because their bioluminescence spectra display a typical ...
Phrixotrix (railroad worm) luciferases produce bioluminescence in the green and red regions of the s...
The emitting light in fireflies arises from the electronic relaxation of oxyluciferin, an organic co...
Beetle luciferases elicit the emission of different bioluminescence colors from green to red. Wherea...
SummaryFirefly luciferase-catalyzed light emission from D-luciferin is widely used as a reporter of ...
International audienceThe bioluminescence process corresponds to the emission of visible light throu...
International audienceThe bioluminescence process corresponds to the emission of visible light throu...
The luciferase isolated from the firefly Photinus pyralis (Ppy) catalyzes a two-step reaction that r...
The firefly bioluminescence is well known in the world. Although its emission efficiency is assumed ...
In most bioluminescence systems the oxidation of luciferin and production of light is catalyzed by l...
The luciferase isolated from the firefly Photinus pyralis (Ppy) catalyzes a two-step reaction that r...
BACKGROUND: Bioluminescence in fireflies and click beetles is produced by a luciferase-luciferin rea...
AbstractSix chimeric mutants between Hotaria parvula (λmax=568 nm) and Pyrocoelia miyako (λmax=550 n...
Fireflies emit flashes in the green-yellow region of the spectrum for the purpose of sexual attracti...
The characteristic yellow-green light of a firefly is the result of a multi-step reaction catalyzed ...
Firefly luciferases are called pH-sensitive because their bioluminescence spectra display a typical ...
Phrixotrix (railroad worm) luciferases produce bioluminescence in the green and red regions of the s...
The emitting light in fireflies arises from the electronic relaxation of oxyluciferin, an organic co...
Beetle luciferases elicit the emission of different bioluminescence colors from green to red. Wherea...
SummaryFirefly luciferase-catalyzed light emission from D-luciferin is widely used as a reporter of ...
International audienceThe bioluminescence process corresponds to the emission of visible light throu...
International audienceThe bioluminescence process corresponds to the emission of visible light throu...
The luciferase isolated from the firefly Photinus pyralis (Ppy) catalyzes a two-step reaction that r...
The firefly bioluminescence is well known in the world. Although its emission efficiency is assumed ...
In most bioluminescence systems the oxidation of luciferin and production of light is catalyzed by l...
The luciferase isolated from the firefly Photinus pyralis (Ppy) catalyzes a two-step reaction that r...
BACKGROUND: Bioluminescence in fireflies and click beetles is produced by a luciferase-luciferin rea...