作者
Morten Meldal, Christian W Tornøe, Thomas E Nielsen, Frederik Diness, Sebastian T Le Quement, Christian A Christensen, Jakob Feldthusen Jensen, Kasper Worm‐Leonhard, Thomas Groth, Lamine Bouakaz, Boqian Wu, Grith Hagel, Lise Keinicke
发表日期
2010
来源
Peptide Science: Original Research on Biomolecules
卷号
94
期号
2
页码范围
161-182
出版商
Wiley Subscription Services, Inc., A Wiley Company
简介
A huge unleashed potential lies hidden in the large and diverse pool of encoded and particularly nonencoded chiral α‐, β‐, and γ‐amino acids available today. Although these have been extensively exploited in peptide science, the community of organic chemistry has only used this source of diversity in a quite focused and targeted manner. The properties and behavior of peptides as functional molecules in biology are well documented and based on the ability of peptides to adapt a range of discrete conformers at a minimal entropic penalty and therefore ideally fitting their endogenous targets. The development of new organic reactions and chemistries that in a general and quantitative way transform peptides into new functional molecules, preferably on solid support, is a source of completely new classes of molecules with important and advantageous functional properties. The peptide diversity and the ability to …
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M Meldal, CW Tornøe, TE Nielsen, F Diness… - Peptide Science: Original Research on Biomolecules, 2010