Have a look at documentation of the exhibition here, where you can also find a pdf version of the accompanying booklet.
This blog is likely to be quiet from now on, as there is a new project taking shape over here, it's called Material Beliefs.

After the show the we aim to publish a full project report, but in the meantime some details from this evaluation have been added to the website.

]]>Now we have our scaffolds, so we can resuscitate the cells, and apply them to the scaffolds. The images below show a block of the scaffold material, and one of the ring forms we are using. This is a material called "HA/TCP", which is a combination of hydroxyapatite (HA) and, er something else. The TCP part breaks down more rapidly than the HA, which holds it's shape for longer, allowing the cells to proliferate, then mineralise – the point where they harden. we are also using a pure HA version. More about the properties of these materials here
Thanks to Dr John Merry at Sheffield based Dytech for all his help in preparing these scaffolds.


"The Powershow 2006 has the topic of Next Nature. Our established view on nature needs reconsideration. How do we look at next nature? Highways, airports and supermarkets are part of our natural environment. The media are dissapearing, nature takes over. The things we design end up designing us. Over twenty Artists, philosophers, designers, filmmakers and politicians gave a five minute presentation."
An image from the event (thanks to Frau-K for the this) is follwed by a pic of the postrer for the show, which took place on the 23rd June


More details of the event are available here and a flyer can be found here.

The second shows the explanted bone tissue which is the source for culturing subsequent cells. The chip is broken into smaller pieces to give a larger surface area for the initial stages, were cells migrate out of the tissue into a liquid nutrient.
Thanks Lynz and Trish for coming all the way to London for the operation, more images to follow soon.


The fragments can then be digested, where they are broken down into different sets of cells. These cells can then be seperated, and osteblasts can be isolated, then cultured into a bigger sample of cells.
Full documentation of this process will be online soon.


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