BCN-E-BCN is a strained cycloalkyne-based probe that selectively targets sulfenic acid groups, marking an essential intermediate in protein oxidation. This compound effectively detects protein sulfenylation by remaining inert to other oxidative states, including free thiols and sulfinic or sulfonic acid groups. Its design enables efficient conjugation with azide-bearing tags via copper-free click chemistry, enhancing detection sensitivity and reaction kinetics. BCN-E-BCN serves as a valuable tool for advancing research into protein oxidation and its biological implications.
BCN-E-BCN is a strained cycloalkyne-based probe that selectively targets sulfenic acid groups, marking an essential intermediate in protein oxidation. This compound effectively detects protein sulfenylation by remaining inert to other oxidative states, including free thiols and sulfinic or sulfonic acid groups. Its design enables efficient conjugation with azide-bearing tags via copper-free click chemistry, enhancing detection sensitivity and reaction kinetics. BCN-E-BCN serves as a valuable tool for advancing research into protein oxidation and its biological implications.
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