Synthetic Biology Bio Art Thesis Writing Services in Vancouver

Biotechnological Aesthetics and Cultural Critique

Living Systems as Artistic Medium

Using living things and biological processes as forms of artistic expression is a strong challenge to the traditional categories and methods of the aesthetic experience. It also creates a new means of expression that circumvents the conventional distinctions between the natural and the artificial and the organic and the designed. Bio-artists, such as Eduardo Kac, Oron Catts, and Ionut Zur, have developed a biological systems art practice that treats living systems not simply as a subject of representation but as a collaborator in the artistic process. The art world has a long, unresolved history of the representation and subjugation of art to the will of human actors. The bio-artist advocates for the living organism's world and for the non-human organism's active engagement in the artistic process in a way that reconfigures the focus of the artistic experience. The bio-artist is as much a pioneer as the scientist. The bio-artist advocates for the exercising of the rights of non-human living systems and the new forms of artistic expression, and in the process, establishes the rights of the living system, the biological tool, and the aesthetic experience. These systems and their rights are oftentimes not articulated in the dominant order.

Science Communication and Public Engagement

Bio-art plays an important role in bridging the gap between the micro level of scientific inquiry and the macro level of the public and the potential societal engagement. Bio-art has the potential to bridge the divide between the complex micro-level of biotechnological research and the more general public's understanding of potential societal engagement. Bio-art facilitates societal engagement by creating a bridge for understanding the complex micro-level art forms, the research, and the public. Bio-art also creates interfaces for conducting research and facilitating artistic expression. Bio-art, in its most contemporary sense, is art, research, and dialogue all simultaneously. It creates an aesthetic experience that also serves to conduct scientific inquiry, and it creates a means of facilitating the societal dialogue concerning the potential impact of biotechnology.

Studies in bio-art and synthetic biology integrate disparate yet foundational fields of inquiry (scientific and cultural studies, theory of aesthetics, and cultural critique). The main field of inquiry in bioethics will examine the artistic manipulations of living systems, and it raises the questions of consent, the issue of being, and the potential for the (instrumentalized) exploitation of genetically modified organisms (GMOs). The notion of bioethics in the context of arts and bioethics is relevant to the extent that it involves the sophisticated analysis of the creative projects, which operate within the boundaries of the regulatory frameworks, and the projects that focus on the philosophical questions that go beyond the regulatory frameworks and examine the relationship of the bios (human) to the zoon (non-human) or other living entities.

Another key concept, posthuman aesthetics, examines bio-art works interrogate the anthropocentric boundaries of what is considered art and what constitutes an aesthetic encounter; that is, it examines the biotechnological art and it destabilizes the boundaries of what is considered to be human, non-human, nature, or artifice, and provides new plural conceptions of identity and ways of being that go beyond what constitutes the human.

The theory of biocultural evolution provides tools to understand the ways bio-art communicates and engages in the processes of significant cultural and technological shifts that transform human relations to biological systems. It also understands the way cultural relations to art, art and the biological process of life, the technology of life (biotechnology), and the art of life (art and genetically engineered and synthetic life) are interwoven.

Speculative design is becoming increasingly important for understanding bio-art projects as cultural speculations that identify potential future scenarios given certain advancements in biotechnology. In this sense, it is important to consider the extent to which art projects function as instruments for envisioning different potential uses of biotechnology to imagine and critique the social and ethical ramifications of different technologies that have not yet fully developed.

Practical Applications and Examples

Canadian and International contemporary bio-art exemplifies several novel and inventive ways to work with biotechnology and synthetic biology. One exemplary case is cross-disciplinary tissue culture art projects. Such projects include artistic collaborations with scientists and living sculptures. The living sculptures, created with the use of laboratory-grown animal cells, envision and problematize questions of life, death, and the commodification of the biological. Such tissue culture sculptures exemplify bio-art that requires a collaborative effort with numerous different bioethicists, artists, and scientists.

Another famous example is Eduardo Kac's fluorescent rabbit, a work of art that embodies the synthesis of scientific (garden) genetic engineering with art. Kac's artwork exemplifies the synthesis of a bio-art scientific experiment and a bio-ethics and genetic engineering provocation art piece that challenges and questions the public about their perception of the modifications to the genetic structure of species and their different potential uses.

Fermentation and microbial art are the exploration of artists' work with certain microorganisms to create artworks that change over time and respond to certain principles of biological growth and adaptation to contest frameworks that center humans in the creative process of art. These initiatives usually take the form of the collaboration of artists and biotechnology firms or research bodies to define new ways to work across disciplines.

Works of environmental bio-art focus on ecology and art, with the aid of biotechnology, can remediate the environment or restore an ecosystem. These initiatives show the duality of bio-art as functional and aesthetic. In the form of bio-art, it addresses the question of leveraging technology to solve the problems created by the environment.

Limitations, Complexities, and Challenges

While developing and accessing bio-art and synthetic biology, the potential challenges are numerous and need to be addressed from the scholarly and ethical perspectives:

• Regulatory Challenges: bio-art involves the use of biological materials and their associated processes, genetic engineering, and the relevant jurisdictional and institutional laboratory safety rules. Hence, a bio-art project involves multiple regulations.
• Ethical Concerns: There are fundamental legal and moral considerations when dealing with bio-art, such as the artistic use of living organisms, the creation of artworks as living systems, the use of non-human animals, and the potential threats to biodiversity as a result.
• Necessary Skills: It demands knowledge of biology and sophisticated laboratory techniques that go beyond the skills of an ordinary artist. Close artist-scientist collaborations are necessary and often extensive.
• Institutional Constraints: Bio-art requires special labs, equipment, and resources to maintain them. This often exceeds the capabilities of a conventional arts institution.
• Audience Response: Bio-art can elicit a range of emotions, from deep interest to utter disgust. There is a need to prepare audiences and set the right context for the work.
• Ethical Concerns: Bio-art requires knowledge of biology and sophisticated, often obscene laboratory techniques that defy the skills of an ordinary artist.
• Lengthy and Complicated Volumes: Living artworks involve extensive documentation and care, complicated records of bio-art collections, and the institutional responsibilities that require further care to sustain themselves.
• Financial Concerns: There is the threat that the intersection of artwork and biomedical technology transforms the essence of science and art for commercial gain and the preservation of innovation.