• GFP Sea jellies, Symbiotica Biotechn 1 Art Workshop 2006 Photo Jennifer Willet
  • Sarah Jane Pell, Symbiotica Biotech 2 Art Workshop 2006 Photo Jennifer Willet
  • Sarah Jane Pell, Symbiotica Biotech 3 Art Workshop 2006 Photo Jennifer Willet
  • Sarah Jane Pell, Symbiotica Biotech 4 Art Workshop 2006 Photo Jennifer Willet
  • Sarah Jane Pell, Symbiotica Biotech 5 Art Workshop 2006 Photo Jennifer Willet
  • 6 Sarah Jane Pell, Nigel Helyer, Oron Catts, Ionat Zurr LifeBoat Project www.life-boat.org
  • 7 Sarah Jane Pell, Nigel Helyer, Oron Catts, Ionat Zurr LifeBoat Project www.life-boat.org
  • 9 Sarah Jane Pell, Nigel Helyer, Oron Catts, Ionat Zurr LifeBoat Project www.life-boat.org
  • 8 Sarah Jane Pell, Nigel Helyer, Oron Catts, Ionat Zurr LifeBoat Project www.life-boat.org
  • 10 Oron Catts, SymbioticA Biotechnology for Artists Workshop 2006

SymbioticA: the Biotechnology & Art Laboratory

School of Anatomy & Human Biology, University of Western Australia

Genetic engineering workshop for artists | May 2006

Led by Dr. Gary Cass, SymbioticA – the art & science laboratory, Faculty of Natural and Agricultural Science, University of Western Australia

pBAD-GFP E Coli Genetic Engineering by inserting GFP modified genes into e CColi K12 taken from the sea jelly Aequorea Victoria.

This attractive species of sea jelly has a particular protein that fluoresces green when exposed to ultraviolet light hence the abbreviated name: green florescent protein GFP. The striking visual properties of the GFP make it attractive to scientists (and artists) who frequently insert the protein in small cells samples to visually detect data, and track changes in data, of specific cell types in vitro.

Tissue engineering workshop for artists | Jan | 2006

Led by Dr. Stuart Hodgetts, Oron Catts, Dr. Ionat Zurr, SymbioticA – the art & science laboratory, School of Anatomy & Human Biology, University of Western Australia

Tissue culture and tissue engineering represent a new area for artistic engagement. These branches of biomedical research have a major influence on perceptions of body, self and medical thinking. Tissue engineering enable researchers to grow three dimensional living tissues constructs of varying sizes, shapes and tissue types.

This two-day intensive workshop will introduce artists and other interested people to basic principals of animal tissue culture and tissue engineering, as well as to its history and the different artistic projects working with TC and TE.

pBAD-GFP E Coli
Genetic Engineering for Artists

Dr. Sarah Jane Pell, Symbiotica Biotechnology & Art Workshop 2006 Photo Dr. Jennifer Willet

Restricted Mapping of pBAD-GFP Gel Electrophonesis: Dr. Sarah Jane Pell at Genetic Engineering Workshop for Artists 2006 by Dr. Gary Cass, Faculty of Natural and Agricultural Science, University of Western Australia. Photos Dr. Shawn Bailey & Dr. Jennifer Willet a.k.a. Bioteknica

weblinks

SymbioticA, the art and science laboratory, School of Anatomy & Human Biology, University of Western Australia.

LifeBoat Project