Luciferase is a term for enzymes in nature that can produce bioluminescence. The most representative luciferases are those found in fireflies and sea pansies, which can catalyze specific luciferin substrates to convert into oxidized luciferin, emitting intense light. The luciferase gene has been widely applied in scientific research as a reporter gene. Hanbio provides luciferase detection kits to help you perform experiments easily and efficiently.
High sensitivity and accuracy
The luciferase detection kit uses luciferin as a substrate, allowing it to accurately detect luciferase activity. Since mammalian cells lack endogenous luciferase, this detection method avoids background interference, greatly enhancing detection sensitivity and accuracy. This highly sensitive detection method enables researchers to more precisely monitor changes in luciferase within biological samples, providing reliable data support for scientific research and clinical diagnostics.
Broad dynamic detection range
In addition to high sensitivity, the luciferase detection kit also features a broad dynamic detection range. The kit can accurately measure changes in luciferase activity under different reaction conditions, covering enzyme activity levels from low to high concentrations. This broad detection range not only helps researchers gain a more comprehensive understanding of luciferase behavior under various conditions but also offers more possibilities for drug screening and disease research. Through this feature, scientists can more effectively explore luciferase's mechanisms of action within organisms and its potential role in the occurrence and development of diseases.
Simple and quick detection process
The luciferase detection kit is designed logically, with straightforward operation steps, allowing researchers to easily complete their experiments. This not only saves valuable time and effort but also improves the reproducibility and reliability of the experiments. Additionally, the ready-to-use design of the kit reduces the complexity and error rate in the experiment preparation stage, further enhancing the efficiency and accuracy of the experiments. This simple and quick detection process provides great convenience for scientific researchers and clinical workers, enabling them to conduct their research more efficiently and promote rapid development in relevant fields.
