|The file contains all available Peptidomimetics selected from ourSignature & BioDesign Libraries.For more information, please download >>>|
|ASINEX has developed several peptidomimetic scaffolds containing beta-amino acid and amino alcohol fragments integrated into a rigid spiro core. These cores have been decorated with various natural and unnatural amino acids resulting in a diverse library of tri-peptide mimetics. For more information, please download >>>|
Macrocyclic β-turn mimetics
|Asinex has created a library of partially peptidic macrocyclic beta-turn mimetics that are able to reproduce the orientation of key amino-acid side chains forming a b-turn-like motif. For more information, please download >>>|
|ASINEX has created a library of constrained tetrapeptides using a novel unnatural piperidine-containing amino acid fragment. The intrinsic rigidity from the piperidine ring is enhanced by judicial choice of other amino acids carefully decorated with diverse side chains. According to in-silico modeling some molecules can adopt a beta-turn-like conformation and can therefore be considered beta-turn mimetics. For more information, please download >>>|
|80 compounds x 2|
|ASINEX has developed a versatile synthetic approach to skeletally diverse novel spiro scaffolds that are based on a rare combination of O- and N-containing cycles with additional synthetic handles. This allows the introduction of various peripheral fragments which, in turn, create derivatives with a very attractive physico-chemical profile. For more information, please download >>>|
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