Art & Technology #17: Bio Art
Expansion of boundary of art based on information theory


A human face is installed on the wall of an exhibition place. The color of the skin and the ratio of the components are almost same as those of a face of a human. Without any additional elements such as a body or hair, it exists just as a face that it is.
Under the face are placed a few strands of hair and cigarette butts seemingly picked up from the streets, along with pictures and addresses of the places that the hair and cigarette were found. What is described above is Stranger Visions, an artwork displayed in Hybrid Art at Ars Electronica held in Linz, Austria in 2015.
Stranger Visions, biological proposal regarding personal information

This artwork is a project by American artist Heather Dewey-Hagborg. Creating her works based on researches on interaction between science and art, the artist represents the appearances of the unknown “them” on the basis of DNA information extracted from hair, saliva, or the like collected from the public spaces including streets, parks, and public toilets. This kind of artworks in which living organisms and forms of life are the subject and medium of the work is called bio art.
The start of bio art by Dewey-Hagborg was in the waiting room for her therapy session. While waiting to go in, she caught a strand of hair pinched between the frame and the glass on the frame hung on the wall. She started to wonder whose hair it would be. Her interest expanded into a question, "How much of a person could I know by a strand of hair?," which soon became the subject matter of her artworks and studies.
The artist wandered around the streets to collect samples of cigarette butts, saliva on wasted gums, hair, and pieces of fingernails from everyday places by using latex gloves, tweezers, and pick up bags to prevent contamination. She brought this collection of human organic tissue to her lab to extract DNA from it, which was a step of a full-scale biological test. Through the process of melting protein in solvents, passing the sample through a centrifuge to separate DNA which was then amplified and segmented, and conducting electrophoresis on the DNA, the information contained in each portion of the DNA such as the color of the skin and eyes or the size of the nose was analyzed, combined as a predicted image, and output by a 3D printer.

Dewey-Hagborg conducted her works using forensic DNA phenotyping(hereinafter FDP). In DNA analysis used in general forensic science, whether the DNA from evidence found at the scene coincides with the DNA of the suspect is checked and applied to the case. On the other hand, in FDP, the shortcoming of the existing DNA analysis that there should always be a subject to compare with the collected DNA is overcome; a person’s appearance can be deduced only by the collected pieces of the tissue of the person. Currently, by this method, the color of the eyes and hair can be predicted quite precisely; the prediction of the color of the skin and distances between the eyes, along with distances and heights between each point including eyes, nose, or earlobes is becoming increasingly accurate.
As an artist who is rather apart from scientific accuracy, the artist completes a face as a result of her imagination. The work started from a simple question, “Who would be the owner of this hair?,” revealed a radical problem of surveillance and censorship that can occur from collection of genetic information beyond one’s recognition, through a process of hovering between scientific preciseness and artistic imagination. Her work implied that the existing issues of surveillance and censorship including collection of personal information and observation on the internet or location tracking by CCTVs and the database of individuals can also rise in the physical and biological areas.
Art, collecting and manipulating genetic codes

The person who first established the term “bio art” is Eduardo Kac, an artist from Brazil. Kac created a fluorescent rabbit(GFP bunny) named Alba, who emits green fluorescent light when irradiated with ultraviolet rays in the dark, with French research institution Institut National de la Recherche Agronomique in 2000. Alba is an albino rabbit deprived of the pigments of its body due to the distortion of the color information in its genes. Kac and the research team injected green fluorescent protein(GFP) extracted from a bioluminescent jellyfish into the rabbit so that it would seem fluorescent when irradiated with light of a certain wavelength. This “research” has been a process with an esthetic purpose rather than practical or academic purposes, and the first piece of art created by genetic code manipulation in a lab.
As seen from its prefix “bio”, bio art is a new form of art emerged recently, in which the subjects, technologies, and methods of bioscience are applied. Since its subject is life itself, bio art uses bioengineering technologies and methodologies on the subject matters or targets in the artworks that used to be not in the area of art, but only in the area of science. Though it is not the first form of art that encompasses science and art, bio art has been regarded as important since it raises moral issues that come up with human tinkering with life forms.

Kac presented Alba, a result of a cooperative work by a research center and as an artist, to the art scene, placing himself in the middle of considerable controversies and attention. While being conscious of the criticism from animal protection groups, he fought with the research institution that did not hand the research result to him based on the rights the institution possessed as the subject of creation and production: he cast light on genetic reductionism, the idea that everything eventually originates from genes, and raised various issues regarding humanities and social science such as the scope allowed for human to manipulate with living things.
Mainstream of today’s biology has become genomics, bioinformatics, and molecular medicine. This trend shares its beginning with molecular biology, which started from the 1940s. As seen from the fact that the birth of molecular biology, information theory, and cybernetics are in the similar period of time, and that W. Weaver, who created the term molecular biology was an information theorist, molecular biology has included a standpoint of information theory from the start, holding the view that genes are information, and DNA in which genetic information is recorded can be analyzed and modified. Such view has raised the level of understanding of human on living organisms, becoming the basis for the birth of bio art. In addition, bio art studies both opportunities and risks from the information-theory point of view in biology, making the related scientific discussions richer while expanding the boundary of art.
Intersection of biology and art that enables prediction

Media theorist Flusser asserted his views about living things in the 90s, saying, “Why is it that dogs aren’t yet blue with red spots, and that horses don’t yet radiate phosphorescent colors over the nocturnal shadows of the land?…We also, not coincidentally, have learned techniques that ultimately make conceivable the creation of plant and animal species according to our own programs.” As he predicted while presenting a new esthetic point of view on life forms, bio art emerged, and a service of providing pets of which genes are customized is not far away. Another kind of service is being provided regarding medical treatment based on gene analysis, in which the possibilities of genetic diseases are predicted and medicines customized for genes of each patient with genetic diseases are produced and prescribed.
Humans have become aware of new possibilities in and point of views about lives. Needles to say, the way of thinking described above that genes are thought as information and as modifiable accompanies vital and risky moral hazards such as genetic reductionism or anthropocentric egoism. We could imagine about possibilities through methods like art and be driven to our own destruction by crossing extreme lines, or make a mistake of being stuck in the past by fearing too much, as seen in the works of Heater Dewey-Hagborg, which show the distinctive shades of bio art by using biological views and technologies to study the meaning of DNA, the blueprint of life, in today’s social structure. ■ with ARTINPOST
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Heather Dewey-Hagborg Installtino view of <Stranger Visions>
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Eduardo Kac <GFP(Green Fluorescent Protein) bunny Alba>
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Heather Dewey-Hagborg <Stranger Visions> 2012
3D prints, documents, found samples Dimensions vary
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Heather Dewey-Hagborg <Stranger Visions> 2012
3D prints, documents, found samples Dimensions vary
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Heather Dewey-Hagborg <Stranger Visions> 2012
3D prints, documents, found samples Dimensions vary
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Heather Dewey-Hagborg <Meta Data 1/6/13 12:15pm 1381 Myrtle ave. Brooklyn, NY>
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Heather Dewey-Hagborg <Sample 2(MtDNA Haplogroup: H2a2a1 (Eastern European) SRY Gene: present Gender: Male rs12913832: AA Eye Color: Brown rs4648379: CC Typical nose size rs6548238: CC Typical odds for obesity)>
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Eduardo Kac with Alba <GFP(Green Fluorescent Protein) bunny Alba>
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Eduardo Kac Exhibition view of <Genesis> 1999