Dr. Christopher Gordon. After completing his PhD at
the University of Wollongong in 2007, which focused on the development of
compounds that inhibit HIV, he commenced a postdoctoral fellowship at the
University of Newcastle. In early 2010, he embarked on an international posting
as a senior postdoctoral fellow at the University of Nottingham Centre for
Biomolecular Sciences UK, where his research efforts focused on the development
of next-generation antibiotics that function by inhibiting bacterial quorum sensing.
In 2012, he returned to Australia as a university research fellow at the
University of Newcastle, where he continued his research interests in developing
next-generation antibiotics, anti-cancer agents and molecular probes to study
post-translational protein modifications such as protein phosphorylation. He
was awarded an ARC DECRA fellowship in 2013. Currently, Dr. Christopher is
appointed as a senior lecturer of organic and medicinal sciences at Western
Sydney University, Australia. His research focuses on utilizing flow chemistry
methodologies to drive medicinal chemistry programs that are geared towards the
development of antibacterial compounds, radiopharmaceuticals, cancer-suppressing agents, and molecular probes to study post-translation protein modifications.
Dr. Christopher Gordon. After completing his PhD at
the University of Wollongong in 2007, which focused on the development of
compounds that inhibit HIV, he commenced a postdoctoral fellowship at the
University of Newcastle. In early 2010, he embarked on an international posting
as a senior postdoctoral fellow at the University of Nottingham Centre for
Biomolecular Sciences UK, where his research efforts focused on the development
of next-generation antibiotics that function by inhibiting bacterial quorum sensing.
In 2012, he returned to Australia as a university research fellow at the
University of Newcastle, where he continued his research interests in developing
next-generation antibiotics, anti-cancer agents and molecular probes to study
post-translational protein modifications such as protein phosphorylation. He
was awarded an ARC DECRA fellowship in 2013. Currently, Dr. Christopher is
appointed as a senior lecturer of organic and medicinal sciences at Western
Sydney University, Australia. His research focuses on utilizing flow chemistry
methodologies to drive medicinal chemistry programs that are geared towards the
development of antibacterial compounds, radiopharmaceuticals, cancer-suppressing agents, and molecular probes to study post-translation protein modifications.