Novel ligand-based 19f-nmr and computational approaches for studying sugar-lectin molecular recognition events

  1. Martínez Ordóñez, José Daniel
Supervised by:
  1. Jesús Jiménez Barbero Director
  2. Francisco Javier Cañada Vicinay Director

Defence university: Universidad Complutense de Madrid

Fecha de defensa: 08 June 2021

Committee:
  1. María Angeles Canales Mayordomo Chair
  2. Maria del Henar Vazquez Villa Secretary
  3. Gonzalo Jiménez Oses Committee member
  4. Filipa Margarida Barradas de Morais Marcelo Committee member
  5. Francisco Corzana López Committee member

Type: Thesis

Abstract

Carbohydrates play a central role in a large myriad of biological processes. They are found in all living organisms in nature, participating in different functions ranging from their use as energy source or as structural fragments, to infection-related processes in complex organisms. In vertebrates, they are located both in the cell surface and in the extracellular space, forming very diverse and intricate structures, but they are also present in the nucleus and cytoplasm of eukaryotic cells bound to proteins (glycoproteins). Their location almost ubiquitous in the organism confers them the capacity of mediate in a large number of ‘communication’ processes with other entities, for instance, in cell-cell, cell-molecule and cell-matrix interactions. In addition, carbohydrates intervene in molecular recognition processes between different organisms, such as the pathogen and parasite recognition by host cells...