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Adolphe Merkle Institute

A pole of the University of Fribourg

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BioPhysics BioPhysics

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Amyloids

Characterization of amyloid-forming peptides and oligomers.

 

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Bio-inspired Electricity

Bio-inspired, biocompatible, mechanically flexible electrical power.

 

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Fabrication of Nanopores

Fabrication of synthetic nanopores in custom sizes and materials.

 

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Generating Ion Gradients for Bio-Inspired Electricity

Capturing carbon dioxide from breath in an innovative approach to reverse electrodialysis

 

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Hydrodynamics Simulation

Simulating the motion of arbitrarily shaped protein molecules.

 

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Ion-selective membranes for power conversion from salinity gradients with unprecedented efficiency

Electric eel-inspired materials to storage and deliver electrical power

 

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Lipid Membranes

Engineering and characterization of lipid membranes.

 

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Machine Learning

Distinguishing proteins based on nanopore sensing using machine learning approaches.

 

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Oligonucleotide therapeutics

Multi-modified oligonucleotide therapeutics for targeted intracellular delivery.

 

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Pore-Forming Peptides

Engineering and characterization of pore-forming peptides.

 

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Single-Molecule Detection

Single-molecule detection by optical measurements and nanopore technology.

 

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Soft artificial muscle

Soft artificial muscle for advancement in robotics and medicine

 

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Solid-State Nanopores

Single-protein analysis using solid-state nanopores.

 

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RESEARCH
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Contact

Adolphe Merkle Institute

University of Fribourg

Chemin des Verdiers 4

CH-1700 Fribourg

+41 26 300 9254

info-ami@unifr.ch

ami.swiss

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