Dr Joanne Hay
Project Manager -
Biosensor Research Programme
PhD, BSc(Hons)
Member of the Project Management Institute
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Email: |
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Phone: |
+64
3 325-3709 |
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Fax: |
+64
3 325-3725 |
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Postal: |
PO
Box 133 |
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Lincoln
Christchurch 7640
New Zealand |
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Jo is the project manager for the Lincoln Technology biosensor research
programme. She has been a member of the research team investigating
biosensors for environmental applications since 1996. Her work includes
the co-ordination of a major multi-disciplinary biosensor development
project involving six New Zealand research organisations, funded by a
NERF grant. This work is an expansion of a high profile biosensor
research programme developed at Lincoln Technology which has been funded
by the New Zealand Government for over ten years. Jo is also project
manages a
PSAF-funded
project aimed at producing a pre-commercial prototype of a rapid BOD
biosensor, MICREDOXTM, developed by the
group. Jo was awarded a PhD from the University of Canterbury (New Zealand)
in 1989 in which she studied the molecular biology of plant viruses and
crop resistance. She has six years post-doctoral experience including
four years at the John Innes Institute, Norwich (United Kingdom) and two
years at Lincoln University (New Zealand). |
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Current Projects &
Activities
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Recent Publications
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size: 158K
format: PDF |
Tizzard, A; Webber, J;.Gooneratne, R; John, R; Hay,
J; Pasco, N. 2004.
MICREDOX®: Application for rapid biotoxicity assessment. Analytica
Chimica Acta, 522, 197-205. |
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size: 125K
format: PDF |
Pasco, N; Baronian, K; Jeffries, C; Hay, J.
2004. MICREDOX® - development of a
ferricyanide-mediated rapid biochemical oxygen demand method using
an immobilized Proteus vulgaris biocomponent. Biosensors and
Bioelectronics, 20, 524-532. |
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size: 1M
format: PDF |
Pasco, N; Hay, J;
Webber, J; Baronian, K. 2001.Taking the 'O' out of BOD…A Novel
Rapid Assay for Measuring Organic Pollutants in Water. Water and
Wastes in New Zealand, Issue 121: 18-19. |
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size: 1.6M
format: PDF |
Pasco, N; Hay, J;
Webber, J. 2001. Biosensors: MICREDOX – A New Biosensor Technique
for Rapid Measurement of BOD and Toxicity. Biomarkers, 6(1):
83-89. |
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size: 105K
format: PDF |
Pasco, N;
Baronian, K; Jeffries, C; Hay, J. 2000. Biochemical Mediator
Demand – A Novel Rapid Alternative for Measuring Biochemical Oxygen
Demand. Applied Microbiology and Biotechnology, 53: 613-618.
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size: 365K
format: PDF |
Pasco, NF; Hay,
J; Webber, J; Baronian, K. 1999. Taking the ‘O’ out of BOD.
What’s New? Analytical Chemistry, 71(23): 790A. |
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Conference Proceedings
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size: 562K
format: PDF |
Webber, J; Pasco, N; Baronian, K; Hay J. 2004. MICREDOX® - advantages derived
from an immobilised biocomponent for a rapid BOD biosensor. The 8th World
Congress on Biosensors, Granada, Spain. (Poster) |
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NO DOWNLOAD AVAILABLE |
Hay J; Webber, J;
Scott A; Tizzard A; Buick S; Pasco, N. 2004. Miniaturizing
MICREDOX® - A micro-platform for environmental
monitoring. Applications to BOD and toxicity. INTERACT, Gold
Coast, Australia. (Paper) |
size: 1.2M
format: PDF |
Webber, J; Hay J; Pasco, N. 2004. Optimising
MICREDOX® to accurately report the BOD of sewage samples. INTERACT, Gold Coast,
Australia. (Poster) |
size: 1.3M
format: PDF |
Scott A; Hay J; Pasco N. 2004. Determining the
toxicity response to
contaminants using the MICREDOX® biotoxicity assay. The 6th
Workshop on Biosensors and Bio Analytical u-techniques in
Environmental and Clinical Analysis, Rome, Italy. (Poster) |
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NO DOWNLOAD AVAILABLE |
Pasco N; Hay J; Webber J; Scott A.
2004. Micro-techniques for measuring BOD and DTA.
MICREDOX® - a micro-platform for environmental monitoring.
The 6th Workshop on Biosensors and Bio Analytical u-techniques in
Environmental and Clinical Analysis, Rome, Italy. (Paper) |
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size: 670K
format: PDF |
Buick, S;
Campbell, K; Hay, J; Tizzard, A; Webber, J; Pasco, N. 2002.
Evaluating Microorganisms for Rapid BOD Measurement. The
Australian Society for Microbiology Annual Scientific Meeting,
Melbourne, Australia. (Poster) |
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NO DOWNLOAD AVAILABLE |
Pasco, N; Hay, J;
Webber, J; Baronian, K; Tizzard, A. 2002. Rapid Bioassays Founded
Upon Mediated Whole-Cell Respiration BOD and Toxicity. The 5th
Workshop on Biosensors and Biological Techniques in Environmental
Analysis, Cornell, USA. (Paper) |
size: 143K
format: PDF |
Pasco, N; Hay, J;
Webber, J; Baronian, K; Tizzard, A. 2002. Rapid Mediated
Microbial Bioassays for Measuring BOD and Toxicity. 'Biosensors
2002', the 7th World Congress on Biosensors, Kyoto, Japan. (Poster)
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size: 200K
format: PDF |
Webber, J;
Tizzard, A; Buick, S; Campbell, K; Hay, J; Pasco, N. 2002.
MICREDOX – Environmental Monitoring Based on Mediated Cellular
Respiration. Applications to BOD and Toxicity. The 8th
International Pacific Rim Biotechnology Conference, Auckland, New
Zealand. (Paper)
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size: 170K
format: PDF |
Webber, J;
Tizzard, A; Pasco, N; Hay, J; Gooneratne, R; John, R. 2002. Rapid
Toxicity Assessment. A New Method Based on Quantifying Mediated
Microbial Respiration at a Microelectrode. The 9th International
Conference of the European Society of Electroanalytical Chemistry,
Krakow, Poland. (Poster)
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NO DOWNLOAD AVAILABLE |
Tizzard, A;
Webber, J; Hay, J; Gooneratne, R; John, R; Pasco, N. 2001. Rapid
Toxicity Assessment. Reconfiguration of MICREDOX to Microelectrode
Amperometry. New Zealand Institute of Chemistry Molecules for
Life Conference, Napier, New Zealand. (Paper)
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NO DOWNLOAD AVAILABLE |
Webber, J; Hay,
J; Pasco, N. 2001. Rapid BOD Measurement Using MICREDOX:
Interaction Between Microorganisms and Redox Mediators. New
Zealand Institute of Chemistry Molecules for Life Conference,
Napier, New Zealand. (Paper)
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NO DOWNLOAD AVAILABLE |
Baronian, K; Hay,
J; Jeffries, C; Webber, J; Pasco, N. 2000. Biochemical
Co-substrate Demand – A Novel Rapid Method for Measuring Biochemical
Oxygen Demand (BOD). 'Biosensors 2000', the 6th World Congress
on Biosensors, San Diego, USA. (Poster)
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NO DOWNLOAD AVAILABLE |
Pasco, N;
Baronian, K; Jeffries, C; Hay, J; Webber, J. 1999. Biochemical
Mediator Demand – A Novel, Rapid Biological Oxygen Demand Monitoring
Technique. The 3rd Asia Pacific Biosensor Symposium, Gold Coast,
Australia. (Paper)
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Page last updated on 11 March 2005 |
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