Scientific program
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Sunday |
June 28 |
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17:00 |
opening |
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17:15 |
opening lecture |
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H. Bayley/Oxford |
Title to be announced |
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19:00 |
Welcome BBQ |
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Monday |
June 29 |
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8:30 |
A. Aksimentiev/Urbana |
Deciphering DNA structure and sequence from ionic current blockades in nanopores |
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9:15 |
M. Burger/Münster |
Fokker-Planck Equations for Ion Transport in Biological and Synthetic Channels |
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10:00 |
Coffee break |
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10:30 |
S.M. Bezrukov/NIH-Bethesda |
Role of hydration in nanopore sensing: Hofmeister series, preferential solvation, osmotic stress, and all that |
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11:15 |
G. Schmid/Augsburg |
Entropic Particle Transport |
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12:00 |
K. Mahendran/Bremen |
Molecular quantification of antibiotic influx through Bacterial porins |
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12:20 |
Lunch break |
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13:45 |
E. Dreisigacker |
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Wilhelm und Else Heraeus Stiftung |
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14:00 |
A. A. Kornyshev/London |
DNA “telepathy": the secret of a perfect match |
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14:45 |
S. Kowalczyk/Delft |
Detection of local protein structures along DNA using solid-state nanopores |
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15:30 |
M. Ceccarelli/Cagliari |
Molecular mechanism of antibiotics diffusion through porins revealed by computer simulations. |
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16:15 |
Coffee break |
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16:40 |
L. Lopez/Castellón |
selectivity of a biological channel at high concentration ratio: insights on small ion diffusion and binding |
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17:20 |
R. Blick/Madison |
Radio Frequency Rectification of Membrane Bound Pores |
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18:00 |
Dinner |
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20:00 |
J. Behrend/Freiburg |
Techniques and devices for faster, easier and more sensitive sensing with channels and pores: new developments |
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21:00 |
Poster session |
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Tuesday |
June 30 |
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8:45 |
J. Robertson/NIST |
Nanopores: Sensing and Structure |
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9:30 |
J. Schmidt/Los Angeles |
Development of Practical Lipid bilayer Technologies |
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10:15 |
Coffee break |
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10:45 |
T. Heimburg/Copenhagen |
Lipid ion channels |
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11:30 |
E. Schleiff/Frankfurt |
Omp85 – a beta-barrel protein family with many names and functions |
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12:30 |
Lunch break |
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14:00 |
T. Albrecht/London |
Nanopore/electrode structures for single molecule biosensing |
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14:45 |
J. Yang/San Diego |
Detection of Chemical and Biochemical Analytes Using Semi-Synthetic Derivatives of Gramicidin A |
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15:30 |
I. Köper/Mainz |
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Tethered bilayer lipid membranes |
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16:15 |
Coffee break |
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16:30 |
B. Liedberg/Linköping |
Nanoscale assembly of plasmonic materials |
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17:15 |
U. Kleinekathöfer/Bremen |
Ion Transport through OmpF in Molecular Dynamics Simulations and Experiments |
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18:00 |
Dinner |
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20:00 |
Poster session |
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Wednesday |
July 01 |
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8:30 |
J. Homola/Prague |
Biosensors Based on Surface Plasmon Resonance |
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9:15 |
Contributed talk |
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10:00 |
Coffee break |
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10:30 |
H. Vogel/Lausanne |
Ionotropic receptors: Combined optical and electrical measurements |
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11:15 |
M. Mayer/Ann Arbor |
Nanopores for Sensing Membrane Processes and Enzyme Reactions |
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12:00 |
Lunch break |
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13:00 |
excursion |
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Bus leaves at 13:00 from the main gate |
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Thursday |
July 02 |
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8:45 |
L. Movileanu/Syracuse |
ATP-dependent Routes of Polysaccharides: ABC Transporters at Work |
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9:45 |
M. Pastoriza/Evry |
Transport of polyelectrolytes and partially unfolded proteins through toxin channels |
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10:30 |
Coffee break |
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11:00 |
G. Schuetz/Linz |
Chips, Cells and Single Molecules |
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11:45 |
S. Howorka/London |
Chemistry can enhance nanopore analytics |
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12:30 |
Lunch break |
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14:00 |
V. Viasnoff/Paris |
Towards real time monitoring of the dsDNA unzipping process using an alpha-hemolysin pore |
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14:45 |
A. Sonnen /Oxford/München |
Cryo-electron tomography of MACPF/CDC pore-forming proteins in lipid membranes |
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15:30 |
U.Koert/Marburg |
OmpG-based Biohybrids |
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16:10 |
Coffee break |
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16:30 |
J. Eisfeld/Osnabrück |
Precise automated measurement of ion channel, transporter or pore activity with the bilayer technique |
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17:10 |
M. Kreir/München-Bremen |
Pore suspending membranes: High throughput screening of ion channels and their pharmacology |
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18:00 |
Dinner |
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20:00 |
Short talks |
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Poster session |
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Friday |
July 03 |
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9:00 |
Z. Siwy/irvine |
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Biosensing with Ionic Diodes and Non-Equilibrium Fluctuations of Ion Currents in Single Nanopores |
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9:45 |
P. Pohl/Linz |
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Transport of volatile solutes through epithelial barriers |
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10:30 |
Coffee break |
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11:00 |
U. Keyser/Cambridge |
Origin of the electrophoretic force on DNA in nanopores |
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11:45 |
F. Olasagasti/Santa Cruz |
Electronic Control of DNA Polymerase Function |
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12.45 |
Lunch break |
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14:30 |
P. A. Gurnev |
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Charge Inversion at the Lipid Bilayer Surface: Probing with Single-Channel Conductance and Kinetics of Gramicidin A |
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14:50 |
E. Hajjar/Cagliari |
Towards design of antibiotics with improved porins permeation properties |
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15:10 |
M. Creus/Basel |
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The properties of proteins and their interactions, as explored through synthetic nanopores |
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15:30 |
Coffee break |
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16:00 |
S. Nußberger/Stuttgart |
Dynamics of the Preprotein Translocation Channel of the Outer Membrane of Mitochondria |
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16:40 |
A. Mubarak/Darmstadt |
Functionalization and Applications of Single Asymmetric Nanochannels Fabricated in Ion-Tracked Polymer Membranes |
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17:10 |
I. Vlassiouk/Irvine |
Biosensing with single conical nanofluidic diodes and new ways of constructing nanopores in ultrathin SiN films |
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18:00 |
Dinner |
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20:00 |
U. Bockelmann/Paris |
Force measurements on the interaction between RNA and a ribosomal protein |
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Saturday |
July 04 |
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9:00 |
R. Benz/Würzburg |
Major cell wall channels of Corynebacterium glutamicum, Corynebacterium efficiens, and Corynebacterium diphtheriae constitute dependent on PorH and PorA |
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9:45 |
M. Winterhalter/Bremen |
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10:30 |
Coffee break |
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11:00 |
Closing & Departure |
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