Luminescence Enhancer For Solution Assays, Emerald-II™ Enhancer
Invitrogen™
Luminescence Enhancer For Solution Assays, Emerald-II™ Enhancer
The Emerald-II chemiluminescence enhancer significantly reduces aqueous quenching and tunes the wavelength of light emission. • Aqueous environments reduce chemiluminescent자세히 알아보기
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카탈로그 번호 T2115
제품 정가(KRW)/ 2500 assays
제품 정가365,000
온라인 행사292,000온라인 주문시에만 적용 (Supply Center 제외) .
(ends 01-Oct-2024)
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대량 주문 또는 맞춤형 요청
제품 정가(KRW)/ 2500 assays
온라인 행사292,000온라인 주문시에만 적용 (Supply Center 제외) .
(ends 01-Oct-2024)
카트에 추가하기
Luminescence Enhancer For Solution Assays, Emerald-II™ Enhancer
카탈로그 번호T2115
제품 정가(KRW)/ 2500 assays
온라인 행사292,000온라인 주문시에만 적용 (Supply Center 제외) .
(ends 01-Oct-2024)
-
카트에 추가하기
The Emerald-II chemiluminescence enhancer significantly reduces aqueous quenching and tunes the wavelength of light emission.
• Aqueous environments reduce chemiluminescent signal intensity of 1,2-dioxetane substrates by water-induced quenching; chemiluminescence enhancers increase the emission efficiency of light production by partitioning the water from the site of chemiluminescent signal production • Chemically optimized formulations enhance signal intensity in solution-based applications with dioxetane-based substrate solutions (CSPD™, CDP-Star™, Galacton™, Galacton-Plus™, Galacton-Star™, or NA-Star™ substrates) • Choice of Emerald-II enhancer facilitates assay development by allowing users to optimize assay signal intensity and wavelength of light emission
Optimize chemiluminescence signals Emerald-II chemiluminescence enhancer is an essential component of tube or microplate-based assays, significantly reducing the effect of aqueous quenching. Enhancers also tune the wavelength of light emission. Emerald-II enhancer shifts the light emission maximum to 461 nm from 475 nm observed with the dioxetane alone. The use of Emerald-II enhancer can produce a wide dynamic range since photodetector saturation is less likely to occur at higher sample concentrations.
For Research Use Only. Not for use in diagnostic procedures.