Dyes and Labeling Reagents

This category comprises chemicals for permanent and temporary labeling of organelles, proteins, and other molecules. For example, this includes the covalent linkage of a target protein, such as an antibody, with a fluorescent dye/fluorophore, allowing detection of the target protein in microscopic experiments. For the purpose of detection, proteins can also be coupled with reporter enzymes (e.g. HRP) or radioactive isotopes. To facilitate the purification of a target protein, biotinylation followed by streptavidine affinity binding has proven to be effective.

This category comprises chemicals for permanent and temporary labeling of organelles, proteins, and other molecules. For example, this includes the covalent linkage of a target protein, such as an... read more »
Close window
Dyes and Labeling Reagents

This category comprises chemicals for permanent and temporary labeling of organelles, proteins, and other molecules. For example, this includes the covalent linkage of a target protein, such as an antibody, with a fluorescent dye/fluorophore, allowing detection of the target protein in microscopic experiments. For the purpose of detection, proteins can also be coupled with reporter enzymes (e.g. HRP) or radioactive isotopes. To facilitate the purification of a target protein, biotinylation followed by streptavidine affinity binding has proven to be effective.

268 from 269 pages
No results were found for the filter!
CF(R)405M DBCO
CF(R)405M DBCO

Item number: BOT-96110

CF(R) 405M DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
Keywords: copper-free click chemistry, azide reactive, BCN, DIBO
314.00€ *
Review
CF(R)405S DBCO
CF(R)405S DBCO

Item number: BOT-96111

CF(R) 405S DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
Keywords: copper-free click chemistry, azide reactive, BCN, DIBO
314.00€ *
Review
CF(R)488A DBCO
CF(R)488A DBCO

Item number: BOT-96112

CF(R) 488A DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
Keywords: copper-free click chemistry, azide reactive, BCN, DIBO
314.00€ *
Review
CF(R)555 DBCO
CF(R)555 DBCO

Item number: BOT-96113

CF(R) 555 DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
314.00€ *
Review
CF(R)568 DBCO
CF(R)568 DBCO

Item number: BOT-96114

CF(R) 568 DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
314.00€ *
Review
CF(R)594 DBCO
CF(R)594 DBCO

Item number: BOT-96115

CF(R) 594 DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
314.00€ *
Review
CF(R)640R DBCO
CF(R)640R DBCO

Item number: BOT-96116

CF(R) 640R DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
314.00€ *
Review
CF(R)647 DBCO
CF(R)647 DBCO

Item number: BOT-96117

CF(R) 647 DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
314.00€ *
Review
CF(R)660R DBCO
CF(R)660R DBCO

Item number: BOT-96118

CF(R) 660R DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
314.00€ *
Review
CF(R)680 DBCO
CF(R)680 DBCO

Item number: BOT-96119

CF(R) 680 DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
378.00€ *
Review
CF(R)680R DBCO
CF(R)680R DBCO

Item number: BOT-96120

CF(R) 680R DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
378.00€ *
Review
CF(R)700 DBCO
CF(R)700 DBCO

Item number: BOT-96121

CF(R) 700 DBCO (Dibenzocyclooctyne) is a highly efficient, fast-reacting alternative to fluorescently labeled BCN and DIBO. DBCO-azide reactions do not require toxic copper catalysts (CuAAC), making them more suitable for live-cell or in vivo experiments.
378.00€ *
Review
268 from 269 pages