Jan Lauko

Working as a chief scientist in a biomedical startup, Jan was developing electrochemical sensors, where specific enzymes embedded in polysaccharide coatings were able to detect trace amounts of analyte such as glucose or lactate and translate these into electrochemical signal. These were then utilised as the core technology of a non-invasive glucose sensor, in direct collaboration with industrial and clinical partners. After joining AIBN, Jan was studying synthetic biomimetic extracellular matrices, for use in cell growth and wound healing. To enable the study of the influence of external forces on cellular development, Jan has designed, procured and constructed the so-called confocal-rheometer. This state-of-the-art equipment enables to directly visualise the processes in and responses of a material when external shear is applied. This research produced several high impact papers, where Jan co-supervised several PhD students. Currently, Jan's research advances sustainable biomaterials and soft matter systems, closely aligned with UQ’s priorities in sustainability, health, and industry translation. Jan is focused on cellulose-based and bio-derived materials processed using low-toxicity, renewable solvents, enabling safer and more environmentally responsible materials manufacturing.