LAB ON A PARTICLE TECHNOLOGIES FOR DEMOCRATIZED SINGLE-CELL ASSAYS
Dino Di Carlo
University of California, Los Angeles, USA

EFFICIENT FLUIDIC DESIGN SYNERGISTICALLY EMPOWERED BY A DIGITAL TWIN STRATEGY AND BLOCKCHAIN-BASED CROWDSOURCING
Jens Ducrée
Dublin City University (DCU), IRELAND

CONTROLLING THE BULK BY THE SURFACE: TAILORING SURFACE GEOMETRY AND CHEMISTRY FOR MICROFLUIDIC APPLICATIONS IN VARIOUS FIELDS
Jan Eijkel
University of Twente, NETHERLANDS

ACOUSTOFLUIDICS AT THE MICRO TO NANO SCALE
James Friend
University of California, San Diego, USA

LEVERAGING MICROFLUIDICS FOR HIGH-THROUGHPUT BIOPHYSICS, BIOCHEMISTRY, AND SINGLE-CELL BIOLOGY
Polly Fordyce
Stanford University, USA

MICROFLUIDIC SYSTEMS AND AI TO STUDY IMMUNE CELLS
Jose Luis Garcia Cordero
Gobierno de México, MEXICO

HIGHLY ACCURATE NUCLEIC ACID SEQUENCING THROUGH MICROFLUIDICS
Yanyi Huang
Peking University, CHINA

NANOPARTICLE-BASED POINT-OF-CARE MOLECULAR DIAGNOSTICS
Jacqueline Linnes
Purdue University, USA

DROPLET MICROFLUIDICS IN PERSONALIZED MEDICINE, ANTIBODY DISCOVERY AND IMMUNE REPERTOIRE SEQUENCING
Christoph Merten
Swiss Federal Institute of Technology Lausanne (EPFL), SWITZERLAND

COMBINING MICROFLUIDICS WITH LIVE TISSUE EXPLANTS TO MODEL LOCAL AND MULTI-ORGAN IMMUNITY
Rebecca Pompano
University of Virginia, USA

FLUIDUM IN MACHINA: 3D-PRINTED MICROFLUIDIC CIRCUITRY FOR SOFT ROBOTICS
Ryan Sochol
University of Maryland, College Park, USA

OPEN MICROFLUIDIC ORGAN MODELS AND METHODS FOR AT-HOME BLOOD TRANSCRIPTOMICS
Ashleigh Theberge
University of Washington, USA