| The
Gene Boogy Woogy Screen
On
this screen the sequence is fed into the pattern at
the top right where the appropriate base is added
to produce a double column of colours. This column
is guided around the screen to form a square, and
then the square is filled with different sized colours
until it finally leaves on the left edge and the display
changes to the display of the walking man.
At
every new input the whole arrangements of colours
change creating a very exciting and dynamic pattern
of colour remeniscent of the Mondrian paintings of
the 1920's. |
|
The
Walking Man Screen
On
this screen the sequence is fed along the screen creating
the effect of a moving pathway. On this path a man
is walking and a display indicated how long he would
have to walk before reaching the end of the sequence.
|
|
Ancestral
Genes
Another
series of screens can use the sequence to feed a moving
pattern over a fish or a reptile while a text display
talks about the series of creatures from whom we have
evolved.
Special
attention will be paid to the Fugu which shares so
much correspondence with the humen genome. |
 |
Inside
the Cells
Other
screens can explore, using the actual changing DNA
sequence, the way the cell functions. Miitosis can
be made into an animation in which the actual human
genome takes part.
Likewise
it will be possible to demonstrate the way in which
the RNA actually reads sections of the gene and constructs
proteins and other molecules within the cell. |
 |
|
A
computer screen positioned some distance from the
sculpture, displays information on the project, and
shows the precise position along the genome that the
flashing sculpture has reached.
The
computer programme will also control a sequence of
computer screens explaining the project and introducing
visitors to the ideas.
The
aim is to produce a display that is visually exciting
as well as being accurately informative. Some of the
pages could be projected onto a large screen as a
background to the sculpture, or onto the sculpture
itself. |
| With
a genome consisting of 4.5 gigabytes in length, the
amount of time it would take to signal the whole sequence,
flashing at 2 per second, would be approximately 74
years. |
| The
project, coupled to a webcam, could be linked to a website,
so that a current image of the sculpture could be displayed,
along with the current genetic information being signalled,
and lots of links to other stuff on genetics, environmental
ideas etc. |
| The
programme will also provide the interface for inputing
the data obtained from the internet and will consist
of two files, one containing the data itself arranged
as a text file with all the base pairs: |
|
|
|