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  • Programme
    • Introduction
    • Research goals
  • DC Projects
  • Consortium
  • Our DCs
    • DC01 – Amalija Ernečić
    • DC02 – Rosalba Piramide
    • DC03 – Naufia Mohamedzakaria Shibinasbarveen
    • DC04 – Paula González Gómez
    • DC05 – Lucio Di Nicola
    • DC06 – Milena Bartoloni
    • DC07 – Ilaria Giussani
    • DC08 – Tzu-Chun Lin
    • DC09 – Ricardo Pereira
    • DC10 – Sarah Kratzwald
    • DC11 – Himani Singhal
  • Contacts & Social Network
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  • Programme
    • Introduction
    • Research goals
  • DC Projects
  • Consortium
  • Our DCs
    • DC01 – Amalija Ernečić
    • DC02 – Rosalba Piramide
    • DC03 – Naufia Mohamedzakaria Shibinasbarveen
    • DC04 – Paula González Gómez
    • DC05 – Lucio Di Nicola
    • DC06 – Milena Bartoloni
    • DC07 – Ilaria Giussani
    • DC08 – Tzu-Chun Lin
    • DC09 – Ricardo Pereira
    • DC10 – Sarah Kratzwald
    • DC11 – Himani Singhal
  • Contacts & Social Network
  • News
  • Reserved Area
    • Login
    • Restricted content
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DC Projects

DC1: Streamline Binding Studies

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DC2: Peptide-based receptors

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DC3:Covalent podands and macrocycles for the molecular recognition of carbohydrates

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DC4: Development of saccharide analogues for protein functionalization and as ligands for binding studies with carbohydrate binding molecules (CBM)s. Multivalent presentation of CBMs

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DC5: Foldamers as supramolecular protecting groups and molecular flasks for selective chemistry of carbohydrates in organic solvents

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DC6: NMR-based binding screening and structural studies

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DC7: Tailored foldamers for the supramolecular sensing of carbohydrates

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DC8: Supramolecular protecting groups for carbohydrate synthesis

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DC9: Functionalization and labelling of recombinant proteins with sugars for NMR interaction studies

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DC10: NMR methods for the characterization of protein-ligand interactions at the mutation hotspot

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DC11: Macropolycyclic hydrogen bonding cages for carbohydrate recognition in water

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  • DC Projects
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SOCIAL MEDIA

This project has received funding from the European Union’s Horizon Research and Innovation programme under the Marie Skłodowska-Curie (HORIZON-MSCA-2022-DN-01) grant agreement No. 101119492.