Prof. Anthony R. Carroll obtained his Ph.D. at the
University of Sydney in 1989. He completed his postdoctoral research at the
University of Hawaii (1989) and at James Cook University (1990–1993). Then he
moved to Griffith University (GU) to head the natural products chemistry group at
GU's Natural Product Drug Discovery joint venture
collaboration with the multinational pharmaceutical company AstraZeneca (AZ)
(1993–2007). When the AZGU collaboration ended in late 2007, he moved to the
School of Environment at GU on the Gold Coast, where he took up a traditional, balanced-profile academic position. In 2010, he was appointed Deputy Head of School, a position he held until April 2015. He was promoted to
professor in late 2012. He has developed simple chromatography methods to
transform highly complex mixtures into simplified fractions amenable to
structural analysis using NMR techniques. He has developed rapid 2D NMR
fingerprinting methods (HSQC-TOSCY, HSQC, HMBC, and DOSY/HMBC). He has
published 180 papers and is a world leader in structure determination. His
research interests mainly include (1) infectious disease (prion, bacterial,
and protozoan), neurodegenerative disease, and cancer NP drug discovery; (2)
mammal, insect, plant, and marine invertebrate chemical ecology; (3)
ecotoxicology; and (4) the development of 2D NMR-based metabolomics and
cheminformatics techniques to identify unique compounds in complex natural
(biota, soil, and water) mixtures.
Prof. Anthony R. Carroll obtained his Ph.D. at the
University of Sydney in 1989. He completed his postdoctoral research at the
University of Hawaii (1989) and at James Cook University (1990–1993). Then he
moved to Griffith University (GU) to head the natural products chemistry group at
GU's Natural Product Drug Discovery joint venture
collaboration with the multinational pharmaceutical company AstraZeneca (AZ)
(1993–2007). When the AZGU collaboration ended in late 2007, he moved to the
School of Environment at GU on the Gold Coast, where he took up a traditional, balanced-profile academic position. In 2010, he was appointed Deputy Head of School, a position he held until April 2015. He was promoted to
professor in late 2012. He has developed simple chromatography methods to
transform highly complex mixtures into simplified fractions amenable to
structural analysis using NMR techniques. He has developed rapid 2D NMR
fingerprinting methods (HSQC-TOSCY, HSQC, HMBC, and DOSY/HMBC). He has
published 180 papers and is a world leader in structure determination. His
research interests mainly include (1) infectious disease (prion, bacterial,
and protozoan), neurodegenerative disease, and cancer NP drug discovery; (2)
mammal, insect, plant, and marine invertebrate chemical ecology; (3)
ecotoxicology; and (4) the development of 2D NMR-based metabolomics and
cheminformatics techniques to identify unique compounds in complex natural
(biota, soil, and water) mixtures.