BIOART & THE BODY
bio art presentation 2 (.pdf)
bio art presentation 2 (.pdf)
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<strong>BIOART</strong> & <strong>THE</strong> <strong>BODY</strong><br />
Svenja J. Kratz<br />
svenjakratz@gmail.com<br />
Institute of Health and Biomedical Innovation<br />
Creative Industries Faculty<br />
Queensland University of Technology
IMAGE THAT CAPUTURED OUR IMAGINATION: Vacanti’s Earmouse<br />
Ear shaped biodegradable mesh in the<br />
shape of a 3 year-old's ear, seeded with<br />
cartilage cells from the knee of a cow and<br />
implanted into the mouse.<br />
Nude Mouse (random mutation from 60s that resulted in a hairless mouse with almost no immune<br />
system) with implanted ear-shaped scaffold.<br />
IMAGE CREDIT: http://www.probell.com/photo_exhibit_technology.html
Tissue Culture and Art Project,<br />
Disembodied Cuisine
Sterlarc,<br />
Ear on Arm<br />
IMAGE CREDITS: http://stelarc.org/?catID=20214
Tobie, Kerridge and Nikki Stott,<br />
BioJewellery Project<br />
IMAGE CREDITS: http://www.biojewellery.com/
Tobie, Kerridge and Nikki Stott,<br />
BioJewellery Project<br />
Extracting the teeth from participants<br />
IMAGE CREDITS: http://www.biojewellery.com/
HSE – Human Skin Equivalent Models<br />
HSE - Multi-component 3D Human Skin Equivalent models developed by the TRR group<br />
at IHBI as an alternative to animal models in wound healing research.<br />
Epidermis<br />
Dermis<br />
De-epidermised Dermis - DED<br />
Seeded with keratinocytes (type of skin cell)
HSE – Human Skin Experience/Human Skin Equivalent<br />
Seed keratinocytes onto DED<br />
Pluck human hairs<br />
Preserve and incorporate HSE into<br />
personal jewellery item<br />
‘Harvest’ human skin and deepidermise<br />
the dermis (DED)<br />
Resulting in a human skin<br />
equivalent (HSE)<br />
Isolate and grow<br />
keratinocytes<br />
MTT staining to show cell<br />
proliferation
HSE – Human Skin Experience/Human Skin Equivalent<br />
keratinocytes<br />
i3T3 feeder layer cells<br />
MTT stained HSE
DNA Jewellery<br />
DNA<br />
• DNA - deoxyribonucleic acid<br />
• Hereditary material in humans and most other organisms.<br />
• Mostly located in the cell nucleus (nuclear DNA), but small amount<br />
can also be found in the mitochondria (mitochondrial DNA).<br />
• The information in DNA is stored as a code made up of four chemical<br />
bases:<br />
• adenine (A)<br />
• guanine (G)<br />
• cytosine (C)<br />
• thymine (T).<br />
• DNA bases pair up with each other, A with T and C with G, to form<br />
units called base pairs.<br />
• Human DNA - about 3 billion bases, and more than 99 percent of<br />
those bases are the same in all people.<br />
IMAGE CREDITS: http://www.raising-redheads.com/chromosomes.html/
DNA Jewellery<br />
WORKSHOP:<br />
BASIC DNA EXTRACTION:<br />
BLEND & STRAIN – Separate cells<br />
ADD DETERGENT – Break open cell walls to release the<br />
DNA – i.e. spill it’s guts<br />
ADD AN ENZYME – Cuts the protein away from the DNA<br />
ADD ETHANOL – Causes DNA to precipitate (separate as a<br />
solid from liquid)<br />
IMAGE CREDITS: http://mccarterbiology.edublogs.org/labs/dna-extraction-lab/