Martin has spent his life experimenting. âI used to make little scientific projects and take them to school. The teachers would send me to show all the other kids.â
He got his Bachelor of Science in biological and chemical technologies, before spending a few years at a biotechnology company.
âThen I saw UNSW were looking for a fermentation scientist and I thought thatâd be really interesting.â
The job also offered Martin the chance to complete a Master of Biotechnology at the School of Biotechnology and Biomolecular Sciences, supervised by A/Prof Wallace Bridge.
âWhen that was finished, Wallace said, âWell, youâre working on several projects, why donât we just make one of them a PhD?ââ
He focused on developing bioprocesses to manufacture gamma glutamylcysteine (GGC), which has long been recognised as a potential dietary supplement and therapy.
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GGC is a natural precursor to glutathione, which is often called the âmaster antioxidantâ because it is produced by almost all aerobic cells.
âEvery cell in your body can make glutathione, but the rates of production decrease as you age and in a lot of disease states.â
Martin first tried producing it using yeast, but purifying the resulting product was highly laborious.
âThen I thought, âI could build this, itâs just two amino acids stuck together.ââ
He combined his chemistry and biotechnology knowledge to synthesise the amino acids (glutamate and cysteine) then attach them by reversing the function of an enzyme that normally breaks their bond.
âAs soon as I finished my PhD, Wallace and I started looking for parties interested in commercialising the technology.â
Their patent was quickly licenced to Biospecialties Australia, and Martin came on board as their R&D manager. In late 2019, they launched ContinualG, a line of dietary supplements containing GGC.
Martin continues to oversee processes and do vital R&D in their Newcastle facility. Many of his innovations target waste and efficiency.
âI'm interested in the greenest way of doing things.â
His advice to students is to do what they love, plus cultivate a wide range of skills.
âIf you can do multiple things, your chances of solving problems in the real world are much greater.â
Written by Krista Recsei