A Chemiluminescence Imaging System operates on the principle of detecting light emitted during a chemical reaction. Chemiluminescence occurs when a chemical reaction produces an excited state intermediate, which then releases energy in the form of light as it returns to a lower energy state. This light emission is captured by the imaging system, typically consisting of a highly sensitive camera (often a cooled CCD or CMOS sensor) and optical components that guide and focus the light onto the detector.

In biological and chemical research, this system is commonly used for detecting and quantifying low levels of specific molecules. For instance, it is widely utilized in Western blotting to detect specific proteins labeled with chemiluminescent substrates. The emitted light corresponds to the presence and concentration of the target molecule, allowing for precise analysis.

The advantage of chemiluminescence imaging lies in its high sensitivity and ability to detect faint signals that might be missed by other methods, making it an invaluable tool for various applications in life sciences, including protein analysis, gene expression studies, and diagnostics.

ConductScience offers the Chemiluminescence Imaging System