Don't need more than that, just confirmation. Like I said, we might not be crazy about the name but speaking as a biochemist with >40 years in the industry I wouldn't read too much or diabolical into it as luciferase/luciferin is/are something commonly used in bioprocessing.
An adequate AI generated summary appears below:
"Luciferase is primarily used in bioprocessing for high-sensitivity detection and quantification of biological processes due to its ability to convert chemical energy into light without requiring external excitation. Its key applications include:
"Reporter gene assays: Luciferase is fused to regulatory DNA sequences (e.g., promoters) to monitor gene expression in real time. The light output directly correlates with transcriptional activity, enabling precise measurement of promoter strength and regulatory protein effects.
"Cellular proliferation and viability assays: ATP-dependent luciferase (e.g., firefly luciferase) is used to measure ATP levels, which correlate with viable cell numbers, making it ideal for cytotoxicity and growth studies.
"In vivo and live-cell imaging: Secreted luciferases (e.g., Gaussia, Metridia) allow non-invasive, repeated monitoring of biological processes in living cells or animal models, useful in drug screening and tumor tracking.
"Protein-protein and protein-ligand interactions: Luciferase-based systems (e.g., split-luciferase) are engineered to reconstitute activity upon interaction, enabling real-time detection of molecular associations.
"Multiplexed assays: Different luciferases with distinct substrates and emission spectra allow simultaneous measurement of multiple targets in a single sample."
Moderna PATENT US 10,703,789, It is referenced 287 times in the patent documentation.
https://patents.google.com/patent/US10703789B2/en
If you need more than that, you're on your own.
Don't need more than that, just confirmation. Like I said, we might not be crazy about the name but speaking as a biochemist with >40 years in the industry I wouldn't read too much or diabolical into it as luciferase/luciferin is/are something commonly used in bioprocessing.
An adequate AI generated summary appears below:
"Luciferase is primarily used in bioprocessing for high-sensitivity detection and quantification of biological processes due to its ability to convert chemical energy into light without requiring external excitation. Its key applications include:
"Reporter gene assays: Luciferase is fused to regulatory DNA sequences (e.g., promoters) to monitor gene expression in real time. The light output directly correlates with transcriptional activity, enabling precise measurement of promoter strength and regulatory protein effects.
"Cellular proliferation and viability assays: ATP-dependent luciferase (e.g., firefly luciferase) is used to measure ATP levels, which correlate with viable cell numbers, making it ideal for cytotoxicity and growth studies.
"In vivo and live-cell imaging: Secreted luciferases (e.g., Gaussia, Metridia) allow non-invasive, repeated monitoring of biological processes in living cells or animal models, useful in drug screening and tumor tracking.
"Protein-protein and protein-ligand interactions: Luciferase-based systems (e.g., split-luciferase) are engineered to reconstitute activity upon interaction, enabling real-time detection of molecular associations.
"Multiplexed assays: Different luciferases with distinct substrates and emission spectra allow simultaneous measurement of multiple targets in a single sample."