Polycationic multivalency protein recognition and cell uptake via oligoguanidinium scaffolds

  1. Martos Riaño, Vera
Supervised by:
  1. Javier Mendoza Sans Director

Defence university: Universidad Autónoma de Madrid

Fecha de defensa: 24 March 2009

Committee:
  1. Cecilio Giménez Martín Chair
  2. Ugo Bastolla Secretary
  3. Fernando Albericio Palomera Committee member
  4. Jesús Jiménez Barbero Committee member
  5. Ernest Giralt Lledó Committee member

Type: Thesis

Teseo: 304967 DIALNET lock_openBiblos-e Archivo editor

Abstract

Reversible interactions, based on recognition between biological macromolecules are essential for the regulation of biochemical processes: Inside the cells, proteins rarely act alone, but interact instead with each other, assembled in complexes either homo-oligomeric or formed by several different components (1). Outside the cell, processes like cell recognition, endocytosis or drug internalization are mediated by surface recognition on the cell membrane. Therefore studying the principles of biomolecular surface interactions allow for both prediction and mimicry of molecular recognition and represent an important class of targets for human therapeutics.