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P. Membrane-de and .. , attaquée symétriquement pendant 2, 5 et 8 min dans NaOH 2 M à 70 ? C. Les barres rouges représentent, p.59

. Exemple-de-courbe-i-v-non-symétrique, La polarité est présentée sur le schéma de droite. Le pore est dans une membrane de polyimide de 6 µm d'épaisseur, dans KCl 0,1 M à pH neutre, p.69

.. Évolution-de-la-conductance-d, une membrane de polycarbonate avec le pH. En faisant l'hypothèse d'une forme cylindrique , pour une solution de NaCl 2 M, le rayon du pore est d'environ 27 nm, p.72

F. Cliché and .. , une membrane commerciale SPI semblable à celles utilisées pour les mesures de potentiel électrocinétique. Le rayon des pores est environ 25 nm, p.77

. Schéma-présentant-les-résultats-obtenus-par-le-modèle-de-l-'équipe-de-cervera, Les parois du pore sont chargées négativement . La zone rouge représente les endroits où la concentration en cations est plus élevée. (a) : Pore cylindrique, avec une tension imposée entre les deux côtés de la membrane. (b) : Même chose avec une tension de signe opposé, Pore conique. (d) : Même pore conique avec une tension de signe opposé, p.89

.. Historique-de-la-détection-de-molécule-unique, 4 1.1.1 Pourquoi étudier une molécule unique ?

.. Le-nanopore-naturel-?-hémolysine, 11 1.2.1 Présentation de l'?-hémolysine

.. Irradiation-aux-ions-lourds, 43 Irradiation avec un ion unique, p.48

. Détermination-de-v-?-dans-le-polycarbonate..., 58 Grand rayon des pores coniques dans le polyimide, p.61

. .. Le-connement-dans-un-pore-À-trace-attaquée and .. 94-notations, 94 Variations avec la concentration en électrolyte, p.95

E. Bruit-rose, 109 Origines du bruit rose : pore ou solution, p.109

.. Aérolysine-et-luciférase-dénaturée, 122 Dispositif et protocole expérimentaux 122 Observation de translocations par conductimétrie, p.123