PLENARY LECTURES

֍ Dr. Mamantos Prodromidis. University of Ioannina (Greece):

Generation of nanoparticles by spark discharge: In-situ tailoring of the electrode surface with a 3D positioning device.

֍ Dr. Wolfgang Parak. University of Hamburg (Germany):

Entry and exit of nanoparticle into/out of cells and its detection.

֍ Dr. María Pilar Bermejo. University of Santiago de Compostela (Spain):

The use of the SP-ICP-MS and SC-ICP-MS in nanotoxicology studies.

֍ Dr. Francesco Cubadda. Instituto Superiore di Sanità, Rome (Italy):

Analytical challenges in assessing the safety of applications of nanotechnology in food and nutrition.

֍ Dr. Francisco C. Laborda. University of Zaragoza (Spain):

Is single particle ICP-MS as powerful as claimed?

֍ Dr. Alberto Escarpa. University of Alcalá, Madrid (Spain):

Can a disruptive and immature technology such as micromotors be useful in analytical (bio)sensing applications?

֍ Dr. Niko Hildebrandt. Université Paris-Saclay (France) and Seoul National University (South Korea):

Nanoparticles and smaller - FRET for clinical diagnostic and conformational bioanalysis.

֍ Dr. Susana Campuzano. Complutense University of Madrid (Spain):

(Nano)bioelectroanalytical tools to accelerate the arrival of futuristic personalized medicine.

֍ Dr. Heidi Goenaga. Laboratory of the Government of Chemistry (united kingdom):

Nanomaterials: Advances in Standardization, Measurement Methods, Reference Materials and Remaining Challenges Imposed by Regulation

֍ Dr. Helena Carmo. University of Porto (Portugal):

Assessing the toxicity of nanomaterials.

֍ Dr. Encarnación Lorenzo. University of Madrid (Spain):

High performance clinical biosensors based on new 2D layered materials.

֍ Dr. José Manuel Costa. University of Oviedo (Spain):

Oligonucleotide-capped gold nanoparticles for ultrasensitive optical sensing of miRNAs biomarkers.