14 Nov 2022
14.11.2022 – 16.11.2022 Eurotel Montreux, Grand-Rue 81 CH-1820 Montreux Suisse

NanoBioTech-Montreux Conference 2022

NanoBioTech Association

NanoBioTech-Montreux is a unique human-scale conference at the frontiers of Micro- and NanoTechnology and Biological and Medical applications.

The conference format includes plenary talks from invited speakers of international renown, oral presentations describing new research, selected based on their originality and scientific quality. Poster sessions are preceded by 2 min. snapshot oral presentations.

  • A highly focused meeting lasting 2.5 days, single track oral sessions
  • World leading plenary speakers
  • Oral snapshot poster presentation of each poster
  • Awards for students’ posters
  • Beautiful, relaxed and idyllic setting at the shore of Lake Geneva

Conference Topics

  • Soft matter and physics of fluids at the nano- and microscale
  • Nanobiotechnology – Nanobiosensor; Engineering Molecules and Surfaces; Self-Assembly; Molecular Motors
  • Single cell platforms: Single cell analysis; Sequencing; Manipulation; Sorting; Imaging
  • Medical applications: Nanomedicines; nanoscale sensor; Point-of-Care Devices; implantable sensors; engineered scaffolds for tissue engineering
  • Microfluidics: fundamentals and applications
  • Droplet microfluidics: technologies & applications
  • Organ-on-Chip platforms
  • Innovative imaging approaches including 3D imaging, Nano-Photonics, and Plasmonics.

Abstract Submission

2nd deadline: September 1st, 2002
Abstracts submitted for posters

Abstract Submission Deadlines

Programm/Ablauf

Keynote speakers 2022

Ben Feringa, University of Groningen, NL Title to be announced
Magnus Berggren, Linköping University, SE Title to be announced
Emmanuel Delamarche, Spiden AG, CH Flow control, flow monitoring and other tricks for portable diagnostics

Invited speakers 2022

Yi-Chin Toh, Queensland University, AU Title to be announced
Adrian Nightingale, Southampton University, UK Title to be announced
Valentina Cauda, Politecnico di Torino, IT Stimuli‐responsive hybrid nanomedicines as efficient theranostic tools specifically targeted against cancer
Max Hamedi, KTH Stockholm, SE Title to be announced

Regular oral presentations 2022

Alain Wuethrich
The University of Queensland, AU
Tracking Cancer and Immune Overreactions with Nanopillars and Nanofluidics    
Baruch Rofman
Technion-Israel Institute of Technology, ISR
Electroosmotic pumping valve for automation of multi-step paper-based assays    
   
Jeanne Elisabeth van Dongen
University of Twente, NL
Digital single cancer biomarker detection by CRISPR/Cas sensing: Towards dynamic barcoding for CpG methylation quantification    
Benoît Schied
Université Libre de Bruxelles, BE
Raydrop : a universal droplet generator based on a non-embedded « co-flow-focusing »    
Tongsheng Wang
Eindhoven University of Technology, NL
Creating metachronal wave with densely packed magnetic artificial cilia    
Yingchao Meng
ETH Zürich, CH
Isolation of Small Extracellular Vesicles from Human Blood using Viscoelastic Microfluidics    
Samuel Leitao
EPFL, CH
Nanopore-Based Scanning Probe Technology for Controlled-Translocations of DNA    
Micaela Everitt
University of Maryland, USA
UTILIZING THERMALLY RESPONSIVE ALKANE PARTITIONS FOR SAMPLE-TO-ANSWER DIAGNOSTICS    
Dina Dorrigiv
Montreal Polytechnique, CA
Towards higher throughput with 3D cancer models: an open-space microfluidic platform for cancer drug screening    
Noam Demri
Institut Curie, FR
Micro-engineering of Cellular Spheroids and Fibers by Magnetic Patterning and 3D Alignment in Collagen for Muscle-on-Chip    
Nico Overeem
University of Twente, NL
Virus Binding on Receptor Density Gradients    
Lorenz Van Hileghem
KU Leuven, BE
Self-powered microfluidic cartridge with integrated hollow microneedles for minimally invasive dried blood spot sampling    
Marine Le Goas
Université de Montréal, CA
Differential dynamic microscopy as a versatile tool for in situ characterization of nanoparticles under realistic biological conditions    
Jiande Zhou
EPFL, CH
A new mechanism for Cell triggered Differentiated splitting (CtDS) for deterministic single cell encapsulation