Protecting group-free introduction of amino acids to polymers through the aza-Michael reaction
Guanhua Lu,
Michael A. Brook
Abstract:The incorporation of natural amino acids onto a silicone framework is efficiently and simply achieved, without protecting groups or solvents, by using aza-Michael addition to acrylate-modified silicones.
“…The peptide/amino acid modified silicones 30 produced during elastomer biodegradation may be of interest in their own right. Silicone surfactants, which have interesting foam stabilization or defoaming characteristics in addition to the ability to act as emulsifiers, 24 utilize poly ethers as hydrophiles.…”
Elastomers, including thermoset silicone rubbers, are known for exceptional stability, which compromises their circularity; these materials are not expected to undergo facile degradation in the environment. Crosslinkers based on the...
“…The peptide/amino acid modified silicones 30 produced during elastomer biodegradation may be of interest in their own right. Silicone surfactants, which have interesting foam stabilization or defoaming characteristics in addition to the ability to act as emulsifiers, 24 utilize poly ethers as hydrophiles.…”
Elastomers, including thermoset silicone rubbers, are known for exceptional stability, which compromises their circularity; these materials are not expected to undergo facile degradation in the environment. Crosslinkers based on the...
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