luciferase การใช้

• Promega has developed this luciferase variant under the product name NanoLuc.
• The luciferin-luciferase reaction responsible for the bioluminescence is pH sensitive.
• Firefly luciferase generates light from luciferin in a multistep process.
• The protein structure of firefly luciferase consists of two compact ? barrel.
• Luciferase can act as an ATP sensor protein through biotinylation.
• The isolated survivin promoter was placed upstream of the luciferase reporter gene.
• Living organisms produce light with an enzyme called luciferase.
• Luciferase fans don't have to depend on the genetically engineered version.
• Luciferin-luciferase reactions are not the only way that organisms produce light.
• This shows that luciferase can differentiate between the isomers of the luciferin structure.
• Luciferase genes can be synthesized and inserted into organisms or transfected into cells.
• Pharmaceutical companies are using luciferase as a marker to identify potentially useful chemical compounds.
• Conversely, luciferase enzymes vary widely and tend to be different in each species.
• Diagram of the secondary structure of firefly luciferase.
• The opportunities for using luciferase continue to expand.
• Bioluminescence is produced through activation of luciferase in the cell's plasma membrane.
• Researchers insert the luciferase gene into the TB bacteria and allow the bacteria to multiply.
• But when it dies, the luciferase gene becomes inactive and the light goes out.
• Luciferase can be produced in the lab through genetic engineering for a number of purposes.
• Luciferase is a generic name for an enzyme that catalyzes a light-emitting reaction.