AzidePEGs take advantage of the diverse modified dyes, amino acids, and other biochemicals that already use CuAAC. By combining the biodegradable PEG tether with bio-orthogonal “click” chemistry, these PEGs give researchers a highly controllable and biocompatible tool with limitless possibilities.
Selected Research:The following paper includes a series of protocols to label receptor ligands using “click” chemistry in PEG-compatible conditions.
Bonnet, D., Ilien, B., Galzi, J.-L., Riche, S., Antheaune, C., & Hibert, M. (2006). A Rapid and Versatile Method to Label Receptor Ligands Using "Click" Chemistry: Validation with the Muscarinic M1 Antagonist Pirenzepine. Bioconjugate Chemistry.
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Silane PEG azide, MP 20000Catalog Number 26235
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Silane PEG azide, MP 10000Catalog Number 26234
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Silane PEG azide, MP 5000Catalog Number 26233
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Silane PEG azide, MP 3000Catalog Number 26232
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Hydroxyl PEG azide, Mp 3000Catalog Number 26140
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Hydroxyl PEG azide, Mp 5000Catalog Number 26141
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Hydroxyl PEG azide, Mp 10000Catalog Number 26142
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Hydroxyl PEG azide, Mp 20000Catalog Number 26143
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Iodoacetamide PEG azide, Mp 3000Catalog Number 26189
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Iodoacetamide PEG azide, Mp 5000Catalog Number 26190
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Iodoacetamide PEG azide, Mp 10000Catalog Number 26191
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Iodoacetamide PEG azide, Mp 20000Catalog Number 26192
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Methoxy PEG azide, Mp 750Catalog Number 26029
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Methoxy PEG azide, Mp 2000Catalog Number 26030
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Methoxy PEG azide, Mp 5000Catalog Number 26031
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Methoxy PEG azide, Mp 10000Catalog Number 26032
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Methoxy PEG azide, Mp 20000Catalog Number 26033
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Amine PEG azide, Mp 3000Catalog Number 26248
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Amine PEG azide, Mp 5000Catalog Number 26249
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Amine PEG azide, Mp 10000Catalog Number 26250
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Amine PEG azide, Mp 20000Catalog Number 26251