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Reposted by Martina Delbianco
Martina Delbianco
@delbiancom.bsky.social
· Apr 24
Controlling Glycan Folding with Ionic Functional Groups
Glycans are intrinsically flexible molecules that can adopt many conformations. These molecules often carry ionic functional groups that influence glycan’s conformational preferences, dynamics, and ag...
pubs.acs.org
Reposted by Martina Delbianco
Reposted by Martina Delbianco
Reposted by Martina Delbianco
Reposted by Martina Delbianco
Nature Chemistry
@natchem.nature.com
· Mar 3
A glycan foldamer that uses carbohydrate–aromatic interactions to perform catalysis - Nature Chemistry
In nature, catalysis is generally performed by proteins and ribozymes. Now it has been shown that glycans can be designed to perform catalysis. Exploiting carbohydrate–aromatic interactions, a glycan ...
www.nature.com
Martina Delbianco
@delbiancom.bsky.social
· Feb 26
A glycan foldamer that uses carbohydrate–aromatic interactions to perform catalysis - Nature Chemistry
In nature, catalysis is generally performed by proteins and ribozymes. Now it has been shown that glycans can be designed to perform catalysis. Exploiting carbohydrate–aromatic interactions, a glycan ...
www.nature.com
Martina Delbianco
@delbiancom.bsky.social
· Feb 14
Reposted by Martina Delbianco
MBP Research & Communication
@mbp-rnc.com
· Feb 10
Reposted by Martina Delbianco
Reposted by Martina Delbianco
MBP Research & Communication
@mbp-rnc.com
· Jan 30
Reposted by Martina Delbianco
Reposted by Martina Delbianco