AbstractThe Cat2+-binding photoproteins from jellyfish have the unique ability to emit blue light in the presence of calcium ions but without molecular oxygen or any other cofactor. Although there is no crystallographic data on the structure of the photoprotein complex, structure-activity studies have elucidated many features of the complex and many aspects of the mechanism of the bioluminescence reaction
AbstractBlue fluorescent protein from the calcium-sensitive photoprotein aequorin (BFP-aq) was prepa...
Although it has been shown that calcium is involved in the control of the luminous reaction of many ...
AbstractModification studies of the 5 histidine residues in aequorin employing site-directed mutagen...
AbstractThe Cat2+-binding photoproteins from jellyfish have the unique ability to emit blue light in...
Bioluminescence in marine systems is dominated by the use of one ligand for light production, coelen...
<p>(A) Clytin is a Ca<sup>2+</sup>-regulated photoprotein comprising coelenterazine (CZ) as a substr...
Bioluminescence, the production and emission of visible light from a chemical reaction in living org...
Upon binding their metal ion cofactors, Ca2+-regulated photoproteins display a rapid increase of lig...
Bioluminescence of a variety of marine organisms, mostly cnidarians and ctenophores, is carried out ...
AbstractBlue fluorescent protein from the calcium-binding photoprotein aequorin (BFP-aq) is a comple...
WOS:000320390500015International audienceAequorea victoria is a type of jellyfish that is known by i...
AbstractThe small Japanese “firefly squid,” Watasenia scintillans, emits a bluish luminescence from ...
AbstractMutation of the Trp92 that is known to lie within the active site of the photoprotein obelin...
AbstractIt has been shown for the first time that Cd2+ ions induce substantial bioluminescence of a ...
Aequorin bioluminescence is emitted as a rapidly decaying flash upon calcium binding. Random mutagen...
AbstractBlue fluorescent protein from the calcium-sensitive photoprotein aequorin (BFP-aq) was prepa...
Although it has been shown that calcium is involved in the control of the luminous reaction of many ...
AbstractModification studies of the 5 histidine residues in aequorin employing site-directed mutagen...
AbstractThe Cat2+-binding photoproteins from jellyfish have the unique ability to emit blue light in...
Bioluminescence in marine systems is dominated by the use of one ligand for light production, coelen...
<p>(A) Clytin is a Ca<sup>2+</sup>-regulated photoprotein comprising coelenterazine (CZ) as a substr...
Bioluminescence, the production and emission of visible light from a chemical reaction in living org...
Upon binding their metal ion cofactors, Ca2+-regulated photoproteins display a rapid increase of lig...
Bioluminescence of a variety of marine organisms, mostly cnidarians and ctenophores, is carried out ...
AbstractBlue fluorescent protein from the calcium-binding photoprotein aequorin (BFP-aq) is a comple...
WOS:000320390500015International audienceAequorea victoria is a type of jellyfish that is known by i...
AbstractThe small Japanese “firefly squid,” Watasenia scintillans, emits a bluish luminescence from ...
AbstractMutation of the Trp92 that is known to lie within the active site of the photoprotein obelin...
AbstractIt has been shown for the first time that Cd2+ ions induce substantial bioluminescence of a ...
Aequorin bioluminescence is emitted as a rapidly decaying flash upon calcium binding. Random mutagen...
AbstractBlue fluorescent protein from the calcium-sensitive photoprotein aequorin (BFP-aq) was prepa...
Although it has been shown that calcium is involved in the control of the luminous reaction of many ...
AbstractModification studies of the 5 histidine residues in aequorin employing site-directed mutagen...