Duffy, Iain

Title: Assistant Professor of Biology

Department: Department of Mathematics & Science

Phone: 352-588-8410

Email: iain.duffy@saintleo.edu

Education:

  • Bachelor of Science [Honours], Microbiology, Coláiste na hOllscoile Corcaigh [UCC], Cork, Ireland
  • Doctor of Philosophy, Molecular Virology, Queen’s University of Belfast [QUB], Belfast, Northern Ireland

Biography:

Dr. Duffy was born in Dundee, Scotland. Upon leaving secondary school he began work as a researcher in the Biochemistry Department of Dundee University, looking at drug detoxifying enzymes in the liver. This was followed by employment as an Analyst in Biopharmaceutics at Drug Development [Scotland] Ltd., based in Ninewells Hospital, Dundee, Scotland and then The Institute of Biopharmaceutics Ltd, based in Athlone, Ireland. He then decided to pursue an undergraduate degree in microbiology at UCC in Cork, Ireland with a research dissertation entitled: Construction and Characterisation of Novel Strains of phage resistant Lactococcus lactis  via conjugation of plasmids. This was followed by a PhD at QUB, Belfast based on the Analysis and Characterization of Measles Virus Glycoproteins. Dr. Duffy began teaching at Saint Leo University, as an adjunct, in 2002 and became a full-time professor in 2005. He teaches a number of diverse biology classes such as genetics, biotechnology, microbiology, virology and immunology.

Community Affiliation:

  • Florida Academy of Sciences [FAS]
  • American Society for Microbiology [National, Southeastern and Florida Branches]
  • Beta Beta Beta, National Biology Honor Society

Teaching & Professional Interests:

Dr. Duffy is the President-Elect of the Florida Academy of Sciences and will assume Presidential duties in March 2019. He is also a member of the organizations Executive Committee and is Chair of the Membership Committee and Co-Chair of the Biology Program.

Dr. Duffy has research interests that include the worldwide threat that is antibiotic resistant bacteria. He is interested in isolating and identifying antibiotic-resistant bacteria found in Florida waters and in the pursuit of finding novel antibiotics from sources such as soil microbes. Other microbial research includes that of biofilms and their contribution to microbial pathogenicity. Another avenue of research is that of the formation of new blood vessels [angiogenesis] by tumors and the roles played by genes such as ALK-1 and endoglin in this process.

 

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