Director,
Iowa BioDevelopment
Feb 1997 - present
Indian Hills Community College
525 Grandview Avenue, Ottumwa, Iowa
52501, USA
Toxicology
Consultant
Nov 1996 - Feb 1997
Consultox Ltd.
PO Box 1239, Damariscotta, Maine 04543,
USA
Visiting Research
Professor
June 1995 - Oct 1996
Darling Marine Center, University
of Maine
25 Clarks Cove Road, Walpole, Maine
04573, USA
Postdoctoral Research
Associate
May 1993-May 1995
Department of Marine Science, University
of South Florida
140, 7th Avenue South,
St. Petersburg, Florida 33701, USA
Research Assistant
Dec 1992 - April 1993
Pure & Applied Biology, University
of Wales College of Cardiff
P.O. Box 915, Cardiff, CF1 3TL, UK
Ph.D. in Microbial
Genetics & Ecology
Oct 1989 - Oct 1992
Pure & Applied Biology, University
of Wales College of Cardiff
B.Sc. Microbiology with Genetics
Oct 1986 - Jun 1989
Department of Microbiology, University
College Cardiff.
Upper second class honors II(i).
'A' Levels
Sept 1984 - Jun 1986
Jack Hunt School, Peterborough, Cambridgeshire.
Biology (B), Chemistry (B), Pure &
Applied Mathematics (C)
'O' Levels
Sept 1979 - Jun 1984
Bushfield Secondary School, Peterborough,
Cambridgeshire.
Additional Mathematics (O/A level;
B), Mathematics (GCSE; A/1),
Biology (B), Chemistry (B), English
Literature (B), English Language (C),
Art (C), History (C), French (D; CSE
2).
Director,
Iowa BioDevelopment, Indian Hills Community College
"Iowa BioDevelopment" is an outreach
program servicing the biotechnology industry in Iowa. As director I am
responsible for development and operation of the program. Our mission is
to provide biotechnology companies and related businesses with affordable
access to effective, customized training programs and support services.
We offer; needs assessments, job and task analysis, curriculum development,
customized training programs. industry specific workshops, employee evaluations
and referrals. My duties include visiting companies to explain our services,
performing training needs assessments, developing customized training programs,
coordinating and delivering training, developing a network of contacts
for referrals, creating a guiding committee, recruiting suitably qualified
trainers and organizing workshops. I am also responsible for overseeing
the program coordinator, trainers and secretarial staff. My interests are
primarily in identifying the need for and developing innovative ways to
provide training in science based subjects, but I have also gained considerable
experience coordinating training in other important areas including management
and supervision training, office skills, computer skills, sales and marketing,
technical and maintenance training, health and safety, regulatory training,
GMP, ISO9000 and HACCP training. More information about Iowa BioDevelopment
can be found on our WEB page at http://www.ihcc.ia.us/Outreach/iabiodev.htm
Toxicology
Consultant, Consultox Ltd.
I evaluated and summarized technical
data and scientific literature. My reports were used for legal testimony
in cases relating to occupational solvent exposure, environmental contamination
and reports on the safety of dietary supplements and pharmaceutical drugs.
Visiting Research
Professor, Darling Marine Center, University of Maine.
My main area of interest was the development
of novel approaches with which to examine microbial communities. These
studies have focused on root associated methanotrophic bacteria using Single
Stranded Conformational Polymorphism Electrophoresis (SSCPE) and Denaturing
Gradient Gel Electrophoresis (DGGE) to obtain profiles of the diversity
between 16s rRNA gene sequences amplified from mixed natural populations
by the Polymerase Chain Reaction (PCR). Methanotrophic bacteria play an
important role in the global cycling of methane. In the course of these
studies I have also become familiar with methods of examining microbial
activity through their gas metabolism using techniques such as gas chromatography.
Postdoctoral Research
Associate, Marine Science, University of South Florida,
The project 'Natural transformation
in estuarine environments.' focused on the potential and significance of
genetic transfer in nature using molecular biological techniques. The main
achievement was the discovery that DNA can be altered as a result of transfer
to indigenous microorganisms. This has important implications for both
natural diversity and regulatory issues regarding biotechnology products.
During the course of these studies I became highly familiar with radioactive
and chemiluminescent probing, purification and quantification of DNA, Southern
transfer, PCR amplification, cloning and sequencing. I have also gained
considerable experience with environmental techniques such as vortex flow
concentration of water samples, direct microscopic analysis, methods of
bacteriophage isolation and culture, analysis of microbial activities (primary
production and gene expression), construction of microcosms and in situ
field experiments. My duties included management of the research project,
training and supervision of both technical staff and students, preparation
of grant proposals to funding agencies, assisting in management of the
laboratory and participation on research cruises in the Gulf of Mexico.
Research Assistant,
School of Pure & Applied Biology, University of Wales
Studied the effect of antiseptic solutions
against catheter associated urinary tract infections.
Ph.D. Microbial
Ecology, University of Wales College of Cardiff
Thesis : 'Natural Transformation In
River Epilithon.' The project involved studying gene transfer between populations
of bacteria in aquatic environments. The main achievement was the first
reported evidence that natural transformation can occur in situ.
During the course of these studies I arranged a three month visit to collaborate
with Dr. Gregory Stewart at the University of South Florida. I also assisted
in the supervision of several undergraduate honors students.
Iowa BioDevelopment (1997) Taught a variety of short customized courses and workshops on biotechnology, chemistry and computer related subjects e.g. "Introduction to food biotechnology" for Cargill Inc. I gained experience teaching to remote locations using a fiber-optic video conferencing system. I have also become familiar with the design and development of Computer Aided Learning tools including Web pages and computer based interactive programs on CD rom.
University of Maine (1995) Taught a short course of lectures and discussion groups "Molecular biological approaches to microbial ecology" - BM505. The course was available to undergraduate and postgraduate students in the Department of Microbiology and Department of Oceanography.
University of South Florida (1993-1995) I was responsible for the direct supervision of technical staff and summer interns. I also assisted in the guidance of Ph.D. and M.S. students.
University of Wales (1989-1993) I was partially responsible for the supervision of several undergraduate students carrying out honors projects and summer intern projects. I was responsible for supervising a microbial ecology field course. I gave introductory lectures on the use of computers in biology and taught computer based biostatistics and micro-modeling courses. I was a teaching assistant for a variety of microbiology and genetics practical classes.
Mary Immaculate High School (1992) Taught special needs children in biology, chemistry and general science.
I am a reviewer for FEMS Microbiology Ecology. I am a member of the Program Committee and Purchasing Committee for the Iowa Biotechnology Association. I am a member of the American Society for Microbiology and the Society for General Microbiology. I was invited to chair a special postgraduate session at the 1992 General Meeting of the Society for General Microbiology. As secretary of the Student Microbiology Society of the University of Wales, College of Cardiff (1991), I organized a series of lectures by visiting speakers, several educational and social events. I have presented talks and posters at several international conferences
I am highly computer literate and have experience with a wide range of application software including word processing, spreadsheet, statistical analysis, graphic presentation, programming languages, modeling and DNA analysis software for IBM-PC compatible and Apple Macintosh microcomputers. I am also highly familiar with resources and services available over the Internet.
Current interests include hiking, canoeing, cross country skiing and sailing. I am a member of an off-shore-sailing race team.
Letters of reference can be obtained from the following persons;
Laura Mosena
Economic Development Coordinator Indian Hills Community College 525 Grandview Avenue Ottumwa IA 52501 USA Tel: (515) 683-5212
|
Prof. Gregory
Stewart
Head of Department Department of Biology West Georgia College, Carrollton GA 330118 USA Tel: (770) 836-6547
|
Dr. Martin
J. Day
Lecturer Pure & Applied Biology University of Wales, Cardiff PO Box 915 Cardiff, CF1 3TL UK Tel: (1222) 874000
|
Williams, H.G., Garcia-Lara, J., Perkins, C. and Lilley, A. (1991) Can you do it naturally? Society For General Microbiology Quarterly, November, p76-77.
Williams, H.G., Day, M.D. & Fry, J.C. (1992) Detecting natural transformation of Acinetobacter calcoaceticus, in situ, within natural epilithon of the River Taff. In: Release of Genetically Engineered Microorganisms - REGEMII. p253-255, Eds D.E.S. Stewart-Tull & M. Sussman, Plenum Press.
Williams, H.G., Day, M.D. & Fry, J.C. (1992) Natural transformation on agar and in river epilithon. In: Gene Transfers & Environment. p69-76 Ed. M.Gauthier. Springer Verlag.
Williams, H.G., (1993) Transfer of chromosomal and plasmid borne genes by natural transformation in river epilithon. Thesis - University of Wales, College of Cardiff.
Fry J.C., Day, M.J., and Williams, H.G. (1993) Plasmid and chromosomal gene transfer by transformation in the aquatic environment. In: DNA Transfer and Gene Expression in Microorganisms. p111-121, Eds. E. Balla, G. Berencsi & A. Szentirmai, Intercept, Andover.
Paul, J.H. & Williams, H.G. (1995) Natural transformation in aquatic environments. In: Molecular Microbial Ecology Manual, 5.1.1:1-22. Kluwer Academic Publishers.
Williams, H.G., Day, M.D., Fry, J.C. & Stewart G. (1996) Natural transformation in river epilithon. Applied & Environmental Microbiology. 62, 2994-2998.
Williams, H.G., Day, M.D. & Fry, J.C. (1996) Use of EDTA to prevent spontaneous cell-to-cell transformation provides a more accurate estimation of gene transfer frequencies. Biotechnology Techniques 10, 941-946.
Frischer, M.E., Williams, H.G., Bennison, B., Drake, G.R., Balknill, D.L. and Paul, J.H. (1996) The naturally transformable marine bacterium WJT-1C formally identified as ‘Vibrio’ is a Pseudomonad. Current Microbiology. 33,287-291.
Williams, H.G., Benstead, J., Frischer, M.E. & Paul J.H. (1997) Alteration in plasmid DNA following natural transformation to populations of marine bacteria. Molecular Marine Biology & Biotechnology 6, 242-251
Benstead, J., King, G.M. & Williams, H.G. Methanol promotes atmospheric methane oxidation by methanotrophic cultures and soils. (Submitted to Applied and Environmental Microbiology).