J Am Chem Soc April 2024 PMID 38573124

Dual-Capped Helical Interface Mimics.

Tianxiong Mi, Zhe Gao, Zeynep Mituta, Kevin Burgess

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Peak: 9 in Apr 2024

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The discussions show enthusiasm and curiosity, highlighting the innovative aspects like the 'rigid and resistant' caps and their ability to bind target proteins, which reflects the scientific community's recognition of the research's significance and potential applications.

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The use of hashtags and references to chemistry and technology demonstrate high interest in the scientific and technological implications.

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Posts include mentions of specific features like the 'dual-capped' system and target proteins, reflecting moderate engagement.

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The frequent references to reputable sources and potential applications suggest the discussions recognize a noteworthy impact of the publication.

Abstract in brief

This text discusses a new method called DualCapped Helical Interface that mimics protein interactions by stabilizing helices with specially designed caps, improving stability and cell uptake.
Unlike previous methods that mainly used staples between side chains, this approach uses bicyclic caps at both ends of the helix, making the mimic more rigid and resistant to degradation.
The dualcapped system was shown to be stable, effectively bind to target proteins like cyclins, and resist breakdown in serum, offering a promising new tool for drug design.]

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Dual-Capped Helical Interface Mimicry for Protein Interaction Stability

This work introduces a new method called Dual-Capped Helical Interface that stabilizes protein mimics with bicyclic caps, enhancing stability and resistance to degradation. The approach improves mimic rigidity and…

Kevin Burgess · Oct 9, 2024 122 views

Dual Capping Approach Enhances Helical Mimetics Stability and Functionality

This work discusses a new method called DualCapped Helical Interface that stabilizes helices with specialized caps, improving stability and cell uptake. The approach uses bicyclic caps at both ends, making mimics more…

Kevin Burgess · Aug 13, 2024 122 views

J. Am. Chem. Soc.

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