Results for Bioconjugation Kits ( 196 )
- From: £561.00
R-Phycoerythrin (PE, 250K), a fluorescent protein from the phycobiliprotein family, is isolated from red algae. Its primary absorption peak is at 565 nm with secondary peaks at 496 and 545 nm. It is excited by laser lines from 488 to 561 nm, with absorbance maxima at 496, 546, and 565 nm and a fluorescence emission peak at 578 nm.<br /> MagicLink™ is based on instant reaction between functional groups MAGIC and LINK. By following the easy protocol provided in the kits, the end users can activate their antibody with MAGIC NHS to get MAGIC-antibody. It is then instantly reacted with LINK pre-activated PE (provided in the kits) to achieve PE-antibody conjugates.<br /> These kits are specifically formatted and optimized to conjugate 10µg, 50µg, 100µg, and 500µg of antibodies.</p> <ul> <li>Novelty: 3rd generation protein crosslink technology. No DTT, TCEP, catalyst, quencher, or ligands needed.</li> <li>Yield: conjugation efficiency around 95-100%; no antibo
- From: £498.00
R-Phycoerythrin (PE, 250K), a fluorescent protein from the phycobiliprotein family, is isolated from red algae. Its primary absorption peak is at 565 nm with secondary peaks at 496 and 545 nm. It is excited by laser lines from 488 to 561 nm, with absorbance maxima at 496, 546, and 565 nm and a fluorescence emission peak at 578 nm.<br /> MagicLink™ is based on instant reaction between functional groups MAGIC and LINK. By following the easy protocol provided in the kits, the end users can activate their antibody with MAGIC NHS to get MAGIC-antibody. It is then instantly reacted with LINK pre-activated PE (provided in the kits) to achieve PE-antibody conjugates.<br /> These kits are specifically formatted and optimized to conjugate 10µg, 50µg, 100µg, and 500µg of antibodies.</p> <ul> <li>Novelty: 3rd generation protein crosslink technology. No DTT, TCEP, catalyst, quencher, or ligands needed.</li> <li>Yield: conjugation efficiency around 95-100%; no antibo
- From: £623.00
R-Phycoerythrin (PE, 250K), a fluorescent protein from the phycobiliprotein family, is isolated from red algae. Its primary absorption peak is at 565 nm with secondary peaks at 496 and 545 nm. It is excited by laser lines from 488 to 561 nm, with absorbance maxima at 496, 546, and 565 nm and a fluorescence emission peak at 578 nm.<br /> MagicLink™ is based on instant reaction between functional groups MAGIC and LINK. By following the easy protocol provided in the kits, the end users can activate their antibody with MAGIC NHS to get MAGIC-antibody. It is then instantly reacted with LINK pre-activated PE (provided in the kits) to achieve PE-antibody conjugates.<br /> These kits are specifically formatted and optimized to conjugate 10µg, 50µg, 100µg, and 500µg of antibodies.</p> <ul> <li>Novelty: 3rd generation protein crosslink technology. No DTT, TCEP, catalyst, quencher, or ligands needed.</li> <li>Yield: conjugation efficiency around 95-100%; no antibo
- From: £747.00
R-Phycoerythrin (PE, 250K), a fluorescent protein from the phycobiliprotein family, is isolated from red algae. Its primary absorption peak is at 565 nm with secondary peaks at 496 and 545 nm. It is excited by laser lines from 488 to 561 nm, with absorbance maxima at 496, 546, and 565 nm and a fluorescence emission peak at 578 nm.<br /> MagicLink™ is based on instant reaction between functional groups MAGIC and LINK. By following the easy protocol provided in the kits, the end users can activate their antibody with MAGIC NHS to get MAGIC-antibody. It is then instantly reacted with LINK pre-activated PE (provided in the kits) to achieve PE-antibody conjugates.<br /> These kits are specifically formatted and optimized to conjugate 10µg, 50µg, 100µg, and 500µg of antibodies.</p> <ul> <li>Novelty: 3rd generation protein crosslink technology. No DTT, TCEP, catalyst, quencher, or ligands needed.</li> <li>Yield: conjugation efficiency around 95-100%; no antibo
- From: £2,241.00
R-Phycoerythrin (PE, 250K), a fluorescent protein from the phycobiliprotein family, is isolated from red algae. Its primary absorption peak is at 565 nm with secondary peaks at 496 and 545 nm. It is excited by laser lines from 488 to 561 nm, with absorbance maxima at 496, 546, and 565 nm and a fluorescence emission peak at 578 nm.<br /> MagicLink™ is based on instant reaction between functional groups MAGIC and LINK. By following the easy protocol provided in the kits, the end users can activate their antibody with MAGIC NHS to get MAGIC-antibody. It is then instantly reacted with LINK pre-activated PE (provided in the kits) to achieve PE-antibody conjugates.<br /> These kits are specifically formatted and optimized to conjugate 10µg, 50µg, 100µg, and 500µg of antibodies.</p> <ul> <li>Novelty: 3rd generation protein crosslink technology. No DTT, TCEP, catalyst, quencher, or ligands needed.</li> <li>Yield: conjugation efficiency around 95-100%; no antibo
- From: £474.00
MagicLink™ Site Specific Biotinylation Kits provide optimized reagents for biotinylating antibodies. Biotin is a small, naturally occurring vitamin that binds with high affinity to avidin and avidin-like proteins. Biotinylated antibodies typically retain biological activity because the biotin group is relatively small. Current bintinylation methods, such as amine-NHS ester and converting amine to thiol and then use maleimide chemistry, will produce random biotin on the antibody. In some cases, labeling in some Fab areas could block antigens binding. With site specific biotinylation chemistry, biotin linkers are inserted to thiol-bridge locations and do not affect antibody-antigen binding (Fig.1). It will help increase the sensitivity of bio assay such as ELISA, Western Blot, etc. </p> This conjugation reaction is simple, site-specific, and efficient. These kits include biotin linker, reaction buffer, protein concentrator, DMSO, and TCEP. The user can follow easy protocol and get
- From: £1,109.00
MagicLink™ Site Specific Biotinylation Kits provide optimized reagents for biotinylating antibodies. Biotin is a small, naturally occurring vitamin that binds with high affinity to avidin and avidin-like proteins. Biotinylated antibodies typically retain biological activity because the biotin group is relatively small. Current bintinylation methods, such as amine-NHS ester and converting amine to thiol and then use maleimide chemistry, will produce random biotin on the antibody. In some cases, labeling in some Fab areas could block antigens binding. With site specific biotinylation chemistry, biotin linkers are inserted to thiol-bridge locations and do not affect antibody-antigen binding (Fig.1). It will help increase the sensitivity of bio assay such as ELISA, Western Blot, etc. </p> This conjugation reaction is simple, site-specific, and efficient. These kits include biotin linker, reaction buffer, protein concentrator, DMSO, and TCEP. The user can follow easy protocol and get
- From: £498.00
MagicLink™ Site Specific Biotinylation Kits provide optimized reagents for biotinylating antibodies. Biotin is a small, naturally occurring vitamin that binds with high affinity to avidin and avidin-like proteins. Biotinylated antibodies typically retain biological activity because the biotin group is relatively small. Current bintinylation methods, such as amine-NHS ester and converting amine to thiol and then use maleimide chemistry, will produce random biotin on the antibody. In some cases, labeling in some Fab areas could block antigens binding. With site specific biotinylation chemistry, biotin linkers are inserted to thiol-bridge locations and do not affect antibody-antigen binding (Fig.1). It will help increase the sensitivity of bio assay such as ELISA, Western Blot, etc. </p> This conjugation reaction is simple, site-specific, and efficient. These kits include biotin linker, reaction buffer, protein concentrator, DMSO, and TCEP. The user can follow easy protocol and get
- From: £1,221.00
MagicLink™ Site Specific Biotinylation Kits provide optimized reagents for biotinylating antibodies. Biotin is a small, naturally occurring vitamin that binds with high affinity to avidin and avidin-like proteins. Biotinylated antibodies typically retain biological activity because the biotin group is relatively small. Current bintinylation methods, such as amine-NHS ester and converting amine to thiol and then use maleimide chemistry, will produce random biotin on the antibody. In some cases, labeling in some Fab areas could block antigens binding. With site specific biotinylation chemistry, biotin linkers are inserted to thiol-bridge locations and do not affect antibody-antigen binding (Fig.1). It will help increase the sensitivity of bio assay such as ELISA, Western Blot, etc. </p> This conjugation reaction is simple, site-specific, and efficient. These kits include biotin linker, reaction buffer, protein concentrator, DMSO, and TCEP. The user can follow easy protocol and get