3D PRINTING APPROACHES AT THE INTERSECTION OF MICROFLUIDICS AND ACOUSTICS
David Collins
University of Melbourne, AUSTRALIA

FROM LAB ON A PARTICLE TO LAB ON A CAPILLARY: INSTRUMENT-FREE COMPARTMENTALIZATION FOR AMPLIFICATION ASSAYS
Ghulam Destgeer
Technical University of Munich, GERMANY

STRUCTURED MICROENVIRONMENTS FOR SOIL BIOLOGY
Guido Grossmann
Heinrich-Heine-Universität Düsseldorf, GERMANY

RAPID, INTEGRATED DIAGNOSTIC PLATFORM FOR SEPSIS: CULTURE, IDENTIFICATION, AND ANTIBIOTIC SUSCEPTIBILITY TESTING
Sunghoon Kwon
Seoul National University, KOREA

DIAGNOSTICS FOR A COMPLEX WORLD: ENGINEERING PERFORMANCE, ENVIRONMENTAL SUSTAINABILITY, AND EQUITY AT THE POINT-OF-CARE
Maiwenn Kersaudy-Kerhoas
Heriot Watt University, UK

BRIDGING SCALES IN LIVE CELL IMAGING TO STUDY TISSUE FORMATION
Steve Lee
Australian National University, AUSTRALIA

CHIPPING AWAY AT CANCER: MICROFLUIDIC AND POINT-OF-CARE INNOVATIONS FOR EXOSOME-BASED ONCOLOGY DIAGNOSTICS
Sunitha Nagrath
University of Michigan, USA

MICROFLUIDICS AND AI FOR FERTILITY
Reza Nosrati
Monash University, AUSTRALIA

MICROSCALE SEASCAPES: USING MICROTECHNOLOGIES TO EXAMINE THE ECOLOGY OF MARINE MICROORGANISMS
Justin Seymour
University of Technology, AUSTRALIA

MICROFLUIDIC ASSESSMENT OF HEMOSTASIS IN TRAUMA-INDUCED COAGULOPATHY
Susan Shea
University of Pittsburgh, USA

1-2-3: CONTROLLED, PARTICLE-BY-PARTICLE ANALYSIS OF COLLOIDAL MECHANICS AND INTERACTIONS
Geoff Willmont
University of Auckland, NEW ZEALAND

THE INFLUENCE OF HIGH FREQUENCY SOUND WAVE VIBRATION ON CELLS: OPPORTUNITIES FOR CELL MECHANOSTIMULATION AND A NEW FIELD OF SONOMECHANOBIOLOGY
Leslie Yeo
Royal Melbourne Institute of Technology (RMIT University), AUSTRALIA