This word describes the glow emitted after d-Luciferin is oxidized to oxyluciferin in a reaction commonly used in high-throughput reporter assays. Supercritical carbon dioxide and solvent-free synthesis are key to a type of chemistry described by this adjective. In a flame test, boron and (*) barium both produce this color. A macromolecule with this color contains a magnesium ion at the center of a porphyrin ring. That compound with this color serves as the reaction center in its "a" form, starting off the light-dependent reactions. Chlorine ga
This word describes the glow emitted after d-Luciferin is oxidized to oxyluciferin in a reaction commonly used in high-throughput reporter assays. Supercritical carbon dioxide and solvent-free synthesis are key to a type of chemistry described by this adjective. In a flame test, boron and (*) barium both produce this color. A macromolecule with this color contains a magnesium ion at the center of a porphyrin ring. That compound with this color serves as the reaction center in its "a" form, starting off the light-dependent reactions. Chlorine gas is this color. After oxidizing, copper turns this color. For 10 points, identify this color of chlorophyll.
This word describes the glow emitted after d-Luciferin is oxidized to oxyluciferin in a reaction commonly used in high-throughput reporter assays.
green [accept answers like "blue-green" or "yellow-green"]