The AnshLite™ is a two-part component system requiring the substrate and catalyst. AnshLite™ is a proprietary luminogenic substrate formulated for use with horseradish peroxidase (HRP)-based detection systems because of its high turnover rate, stability, ease of conjugation, and relatively low cost. AnshLite enhances the sensitivity and dynamic range of many immunoassays methods. It is a stable, glow-based chemiluminescence technology that can be used in cuvette or microtiter plate reaction vessels and has many advantages over other commonly used detection systems.

The AnshLite™ is a two-part component system requiring the substrate and catalyst. AnshLite™ is a proprietary luminogenic substrate formulated for use with horseradish peroxidase (HRP)-based detection systems because of its high turnover rate, stability, ease of conjugation, and relatively low cost. AnshLite enhances the sensitivity and dynamic range of many immunoassays methods. It is a stable, glow-based chemiluminescence technology that can be used in cuvette or microtiter plate reaction vessels and has many advantages over other commonly used detection systems.

The AnshLite™ is a two-part component system requiring the substrate and catalyst. AnshLite™ is a proprietary luminogenic substrate formulated for use with horseradish peroxidase (HRP)-based detection systems because of its high turnover rate, stability, ease of conjugation, and relatively low cost. AnshLite enhances the sensitivity and dynamic range of many immunoassays methods. It is a stable, glow-based chemiluminescence technology that can be used in cuvette or microtiter plate reaction vessels and has many advantages over other commonly used detection systems.

The AnshLite™ is a two-part component system requiring the substrate and catalyst. AnshLite™ is a proprietary luminogenic substrate formulated for use with horseradish peroxidase (HRP)-based detection systems because of its high turnover rate, stability, ease of conjugation, and relatively low cost. AnshLite enhances the sensitivity and dynamic range of many immunoassays methods. It is a stable, glow-based chemiluminescence technology that can be used in cuvette or microtiter plate reaction vessels and has many advantages over other commonly used detection systems.