Luciferase Substrates
For Firefly Luciferase, we offer D-Luciferin in a number of formats, including sodium and potassium salts, free acid, and caged.
For Renilla Luciferase, we offer many different Coelenterazine varients, including water-soluble Aquaphile™ Coelenterazine.
Showing 1–16 of 25 results
Aquaphile™ Coelenterazine h, Lyophilized Solid
Aquaphile coelenterazine h is a bioluminescence substrate in a special formulation format that is readily dissolved in water or PBS buffer for in vivo use.
Aquaphile coelenterazine h is a bioluminescence substrate in a special formulation format that is readily dissolved in water or PBS buffer for in vivo use.
Aquaphile™ Coelenterazine Native, Lyophilized Solid
Aquaphile coelenterazine native is a bioluminescence substrate in a special formulation format that is readily dissolved in water or PBS buffer for in vivo use.
Aquaphile coelenterazine native is a bioluminescence substrate in a special formulation format that is readily dissolved in water or PBS buffer for in vivo use.
Coelenterazine (native)
Coelenterazine (native form) is a luminescent enzyme substrate for apoaequorin and Renilla luciferase.
Coelenterazine (native form) is a luminescent enzyme substrate for apoaequorin and Renilla luciferase.
Coelenterazine 400a (DeepBlueC)
Coelenterazine 400a, also called DeepBlueC™, is a coelenterazine derivative that serves as a substrate for Renilla luciferase (Rluc) and generates an emission peak centered around 400 nm.
Coelenterazine 400a, also called DeepBlueC™, is a coelenterazine derivative that serves as a substrate for Renilla luciferase (Rluc) and generates an emission peak centered around 400 nm.
Coelenterazine cp
Coelenterazine cp is a synthetic derivative of coelenterazine. Its aequorin complex generates luminescence intensity 15 times higher and has a faster response time to calcium compared to native coelenterazine.
Coelenterazine cp is a synthetic derivative of coelenterazine. Its aequorin complex generates luminescence intensity 15 times higher and has a faster response time to calcium compared to native coelenterazine.
Coelenterazine e
Coelenterazine e is a synthetic derivative of coelenterazine, and is a superior substrate for Renilla luciferase. Coelenterazine e generates nearly 40% more light than native coelenterazine does while the initial light intensity of the former is more than 7 times higher than that of the latter
Coelenterazine e is a synthetic derivative of coelenterazine, and is a superior substrate for Renilla luciferase. Coelenterazine e generates nearly 40% more light than native coelenterazine does while the initial light intensity of the former is more than 7 times higher than that of the latter
Coelenterazine f
Coelenterazine f is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is almost 20 times higher than that of the aequorin formed from native coelenterazine while its emission maximum is about 8 nm longer than that of the latter.
Coelenterazine f is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is almost 20 times higher than that of the aequorin formed from native coelenterazine while its emission maximum is about 8 nm longer than that of the latter.
Coelenterazine fcp
Coelenterazine fcp is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is 135 times higher than that of aequorin formed from native coelenterazine.
Coelenterazine fcp is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is 135 times higher than that of aequorin formed from native coelenterazine.
Coelenterazine h
Coelenterazine h (2-(4-Dehydroxy) coelenterazine) is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is more than 10 times higher than that of the aequorin formed from native coelenterazine.
Coelenterazine h (2-(4-Dehydroxy) coelenterazine) is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is more than 10 times higher than that of the aequorin formed from native coelenterazine.
Coelenterazine hcp
Coelenterazine hcp is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is 190 times higher than that of the aequorin complex formed from native coelenterazine while the response time to calcium is faster.
Coelenterazine hcp is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is 190 times higher than that of the aequorin complex formed from native coelenterazine while the response time to calcium is faster.
Coelenterazine i
Coelenterazine i is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is about 3% that of the aequorin formed from native coelenterazine and the response time to calcium is the slowest of all coelenterazine analogs.
Coelenterazine i is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is about 3% that of the aequorin formed from native coelenterazine and the response time to calcium is the slowest of all coelenterazine analogs.
Coelenterazine ip
Coelenterazine ip is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is almost 50 times higher than that of the aequorin formed from native coelenterazine while its response time to calcium is much slower than the latter.
Coelenterazine ip is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is almost 50 times higher than that of the aequorin formed from native coelenterazine while its response time to calcium is much slower than the latter.
Coelenterazine n
Coelenterazine n is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is the weakest of all coelenterazine analogs and its response time to calcium is also much slower than that of native coelenterazine.
Coelenterazine n is a synthetic derivative of coelenterazine. The luminescence intensity of its aequorin complex is the weakest of all coelenterazine analogs and its response time to calcium is also much slower than that of native coelenterazine.
Coelenterazine Sampler Kit
For researchers wishing to screen for the appropriate coelenterazine derivatives to use, we offer this kit with 25 ug each of nine coelenterazine analogs: coelenterazine, coelenterazine cp, coelenterazine f, coelenterazine fcp, coelenterazine h, coelenterazine hcp, coelenterazine i, coelenterazine ip, and coelenterazine n.
For researchers wishing to screen for the appropriate coelenterazine derivatives to use, we offer this kit with 25 ug each of nine coelenterazine analogs: coelenterazine, coelenterazine cp, coelenterazine f, coelenterazine fcp, coelenterazine h, coelenterazine hcp, coelenterazine i, coelenterazine ip, and coelenterazine n.
D-Luciferin, Free Acid
D-Luciferin is a substrate for the enzyme firefly luciferase. Chemiluminescence at 560 nm is generated when luciferin is oxidized by an ATP-dependent process, catalyzed by luciferase.
D-Luciferin is a substrate for the enzyme firefly luciferase. Chemiluminescence at 560 nm is generated when luciferin is oxidized by an ATP-dependent process, catalyzed by luciferase.
D-Luciferin, Potassium Salt
D-Luciferin is a substrate for the enzyme firefly luciferase. Chemiluminescence at 560 nm is generated when luciferin is oxidized by an ATP-dependent process, catalyzed by luciferase.
D-Luciferin is a substrate for the enzyme firefly luciferase. Chemiluminescence at 560 nm is generated when luciferin is oxidized by an ATP-dependent process, catalyzed by luciferase.