PLENARY
Organic transistors for bio- and neuroelectronics: from nanoscale effects to in vivo recordings
University of Modena, Italy
Prof. Fabio Biscarini
Nanomedicine-based delivery solutions for the next generation of biotherapeutics
Utrecht University, The Netherlands
Prof. Enrico Mastrobattista
Novel Materials Chemistry for Energy and Environmental Applications
Humboldt-Universität zu Berlin, Germany
Prof. Nicola Pinna
Magnetic approaches in NanoBioMedicine: biodegradation follow-up, tissue engineering, and cancer therapy
Curie Institute & CNRS, France
Dr. Claire Wilhelm
INVITED
(confirmed so far)
Bioinspired Materials: From Sensors to Bioselective Membranes
Kiel University, Germany
Prof. Zeynep Altintas
Nanostructured unsupported and carbon-supported titanium (hydro)dioxides for photocatalytic organic synthesis: mechanistic insights by experimental and computational studies
Institute of Physical Chemistry PAS, Poland
Prof. Juan Carlos Colmenares
Generation and Control of High Frequency Spin Waves in Nanoscale Thin Films of Iron Garnets
Le Mans University, France
Dr. Marwan Deb
Calorimetric and computational characterization of amphiphilic dendrons as promising nanocarriers
University of Trieste, Italy
Prof. Erik Laurini
Targeting extracellular proteins for rapid and efficient ovarian cancer cell capture: Role of nanoparticle properties in efficient capture and culture of ovarian cancer cells
University College Dublin, Ireland
Prof. Gil Lee
Luminescence-based optical sensors
University of La Laguna, Spain
Prof. Inocencio Rafael Martín
Dual Analyte Quadrupole SP-ICP-MS for Quantifying and Characterizing of Nanoparticles
Pro-Environment Polska Sp. z o.o.
Dr. Magdalena Muszyńska
Measuring kinetics of molecules to living cells using Real-Time Interaction Cytometry
Dynamic Biosensors GmbH
Dr. Daisy Paiva
Nanoparticles: exquisite tools to improve radiation based therapies
Université Paris-Saclay, France
Dr. Erika Porcel
Exploring cationic amphiphilic drugs as RNA delivery enhancers
Ghent University, Belgium
Prof. Koen Raemdonck
Natural nanoscaffolds in biomedical applications: the promise for facilitated delivery
Vilnius University, Lithuania
Prof. Saulius Serva
Functional Metal Oxide Surfaces: Photocatalytic, Self-Cleaning, Sensing, and Micro-/Nanostructuring Applications