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Team:Dundee/Team
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<b style="font-size:16px;">Prof Frank Sargent </b><br> <br> | <b style="font-size:16px;">Prof Frank Sargent </b><br> <br> | ||
| - | <b style="font-size:14px;color:#9E9E9E;">Field:</b> | + | <b style="font-size:14px;color:#9E9E9E;">Field:</b> Professor of Bacterial Physiology (High Heid Yin)<br> |
| - | <b style="font-size:14px;color:#9E9E9E;"> | + | <b style="font-size:14px;color:#9E9E9E;">If you could be anything what would you be? :</b><br>I’d be an Elvis impersonator in Las Vegas. Uh-huh. Thank you very much. No reason. </br> |
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Revision as of 13:22, 30 September 2013
Meet the Team - Making science happen since 1990 Go Wild
Craig Johnston
Field: Mathematics
Team: Dry team
Role: Mathematical modelling
Aspirations:
To develop mathematical models that help enhance the understanding of the biology in our toximop project.
Kyle Harrison
Field: Applied Computing
Team: Dry team
Role: Software Development / Design
Aspirations:
Applying software development techniques, design principles, and methodologies to real applications.
Rachel Findlay
Field: Mathematical Biology
Team: Dry team
Role: Mathematical Modelling
Aspirations:
Experience in relating mathematical models to biological concepts and constructing relevant models.
Nasir Ahmad
Field: Physics
Team: Dry team
Role: Hardware Designer / Modelling
Aspirations:
Gain knowledge in microbiology & applying existing knowledge in new and interesting ways.
Ewa Grabowiecka
Field: Microbiology
Team: Wet team
Role: Microcystin Sensor
Aspirations:
Build an efficient Microcystin Mop.
Philip Rodger
Field: Molecular Biology
Team: Wet team
Role: Microcystin Detector
Aspirations:
Designing a microcystin detector by modifying existing E. coli and B. subtilis chassis.
John Allan
Field: Microbiology
Team: Wet team
Role: Microcystin Sensor
Aspirations:
Succesfully clone a microcystin receptor & express this in bacterial cells improving existing detection methods.
Alice Rowan
Field: Biomedical Sciences
Team: Wet team
Role: Microcystin Sensor
Aspirations:
I hope to develop a biological mop to reduce microcystin levels in freshwater systems.
Chris Earl
Field: Molecular Biology
Team: Wet team
Role: Microcystin Sensor
Aspirations:
Succesfully clone microcystin receptors and express these in bacterial cells.
Kyle Buchan
Field: Molecular Biology
Team: Wet team
Role: Microbiology Specialist
Aspirations:
Achieve a higher understanding and appreciation for the field of synthetic biology as a whole, & gaining valuable lab experience.
Supervisors
Prof Tracy Palmer
Field: Professor of Molecular Microbiology and Head of the Division of Molecular Microbiology (High Heid Yin)
If you could be anything what would you be?:
A lizard. It gets to laze around in the sun all day and do nothing.
Prof Frank Sargent
Field: Professor of Bacterial Physiology (High Heid Yin)
If you could be anything what would you be? :
I’d be an Elvis impersonator in Las Vegas. Uh-huh. Thank you very much. No reason.
Dr Fordyce Davidson
Field: Mathmatics
Role: Supervisor
Aspirations:
Dr Lionel Dupuy
Field: Mathmatics
Role: Supervisor
Aspirations:
Advisors
Lucia Licandro
Field: Microbiology
Role: Advisor
Aspirations:
Richard Owens
Field: Microbiology
Role: Advisor
Aspirations:
