100 + INNOVATIONS
Ferrari Laboratory
Unlocking microbial innovation from Earth’ s harshest environments
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Challenge
Life on Earth faces extreme environmental limits, but we don’ t yet fully understand where those boundaries lie. By studying Antarctic microbes from Marslike environments, the Ferrari Lab identifies the conditions life can withstand while uncovering novel compounds with potential applications in biotechnology, pharmaceuticals and space exploration.
Solution
• Microbial Biotechnology: the research team investigates extreme stress-resistant fungi and bacteria. These microbes thrive under conditions that mimic industrial and space environments, with novel coldadapted species containing new natural products with antimicrobial, anticancer, antifreeze and UV-protective properties
• Mars-Analog Microbial Systems: by studying microbes living in Mars-like soils, the team will define the thermal and moisture limits of life. In collaboration with NASA, models for planetary habitability and the development of biosignature detection tools will be produced.
Target customers / end-users
• biotech and pharma: novel compounds from extremophiles with therapeutic and protective potential
• space tech: biological models and enzymes for astrobiology missions.
Progress
• secured contract research funding with US Department of Defense( DoD) and competitive grant funding from the ARC
• established a formal collaborative agreement with NASA
• key findings have gained widespread media attention and > 5000 citations.
Research Project
Basic research
TRL 3
Multidisciplinary team
Healthy Living
The Ferrari Lab research program leverages the extreme conditions of Antarctica to uncover microbial strategies for survival, with direct applications in biotechnology, environmental diagnostics and planetary exploration.
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