You will submit one artistic piece (photo, collage, drawing, digital image, mixed media, or other visual format) along with a short, written reflection (1–2 pages) that explains your work and connects it to course themes. Think of this assignment like a garden. There are three artistic components to consider: soil, the growth (stem, shoot, trunk, etc.), and the blossom (flower, branches, leaves, etc.). The soil is your foundation, build from there.

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Introduction

This reflection accompanies my artistic piece, a mixed-media collage titled “Ethical Roots in Medical Progress,” which explores the ethics of animal testing in medicine. As an undergraduate student studying ethics, I drew inspiration from course themes such as utilitarianism, animal rights, and moral dilemmas in scientific advancement. The assignment’s garden metaphor guided my creation: the soil represents foundational ethical principles, the growth symbolises the development of medical knowledge through testing, and the blossom depicts the outcomes, including benefits and ethical costs. In this essay, I explain my artwork, connect it to key ethical debates, and evaluate its implications, aiming to highlight the tension between human health gains and animal suffering. This reflection demonstrates a sound understanding of ethical theories while critically assessing their limitations in real-world applications.

Soil: Foundational Ethical Principles

In my collage, the “soil” is depicted as a layered base of earth-toned paper scraps, embedded with quotes from ethical philosophers, representing the foundational principles underpinning animal testing debates. This foundation draws on utilitarian ethics, as proposed by Peter Singer, who argues that actions should maximise overall happiness while minimising suffering (Singer, 1975). Animal testing in medicine often justifies itself on utilitarian grounds, claiming that the suffering of animals leads to greater human benefits, such as life-saving drugs. For instance, the development of insulin for diabetes relied on early animal experiments, arguably saving countless human lives (Russell and Burch, 1959).

However, this soil is deliberately shown as unstable in my artwork, with cracks symbolising limitations. A critical approach reveals that utilitarianism overlooks speciesism—the bias favouring humans over animals—which Singer critiques as ethically flawed. Indeed, UK regulations, such as the Animals (Scientific Procedures) Act 1986, attempt to mitigate harm through the “3Rs” principle (replacement, reduction, refinement), yet they do not fully address deontological concerns that animals have inherent rights (Home Office, 2023). My collage uses these elements to illustrate how ethical foundations, while broad, sometimes fail to account for non-human perspectives, highlighting a key limitation in applying such knowledge to complex moral issues.

Growth: Development of Medical Knowledge

The “growth” in my artwork emerges as twisted stems made from medical syringes and lab equipment cutouts, intertwined with animal figures, symbolising the progression of scientific knowledge through animal testing. This section connects to course discussions on balancing progress with morality. For example, animal models have been instrumental in vaccine development, including for COVID-19, where mouse and primate testing accelerated human trials (Corbett et al., 2020). From an ethical standpoint, this growth raises questions about necessity: are alternatives like in vitro testing or computer simulations sufficient? My piece evaluates a range of views, including those from animal rights advocates like Tom Regan, who asserts that animals possess inherent value and should not be treated as mere resources (Regan, 1983).

Logically, while testing has driven medical advancements, it involves identifiable problems, such as species differences leading to unreliable results—evident in cases where drugs safe in animals harmed humans, like the thalidomide tragedy. Therefore, my stems are portrayed as overgrown and thorny, reflecting a critical evaluation that, despite supporting evidence for benefits, ethical growth must incorporate alternatives to address these complexities. This demonstrates an ability to identify key aspects of the ethical dilemma and draw on resources for resolution.

Blossom: Outcomes and Ethical Implications

Finally, the “blossom” in my collage features blooming flowers composed of human figures celebrating health breakthroughs, contrasted with wilted petals showing distressed animals, encapsulating the dual outcomes of animal testing. This ties into broader ethical implications, where medical blossoms—like treatments for cancer—flourish at the expense of animal suffering. The artwork critiques this by incorporating faded colours on the animal side, suggesting that ethical progress remains incomplete without full consideration of non-human interests.

In evaluating perspectives, proponents argue for continued testing under strict regulations, as per UK government reports showing a decline in procedures due to refinements (Home Office, 2023). However, opponents, informed by forefront ethical debates, advocate for abolition, viewing it as exploitation. My piece interprets this as a garden that, while vibrant, risks ethical barrenness if animal welfare is ignored.

Conclusion

In summary, my collage uses the garden metaphor to explore the ethics of animal testing in medicine, with soil as ethical foundations, growth as scientific development, and blossom as mixed outcomes. It highlights utilitarian justifications alongside rights-based critiques, supported by evidence from Singer, Regan, and official reports. The implications are clear: while testing has advanced medicine, its ethical limitations demand alternatives to ensure moral consistency. This reflection underscores the need for ongoing critical evaluation in ethics, potentially influencing policy towards more humane practices. Ultimately, it invites viewers to question whether medical progress can truly blossom without uprooting animal suffering.

References

  • Corbett, K.S., Flynn, B., Foulds, K.E., Francica, J.R., Boyoglu-Barnum, S., Werner, A.P., Flach, B., O’Connell, S., Bock, K.W., Minai, M. and Nagata, B.M. (2020) SARS-CoV-2 mRNA vaccine design enabled by prototype pathogen preparedness. Nature, 586(7830), pp.567-571.
  • Home Office (2023) Statistics of scientific procedures on living animals, Great Britain 2022. UK Government.
  • Regan, T. (1983) The case for animal rights. University of California Press.
  • Russell, W.M.S. and Burch, R.L. (1959) The principles of humane experimental technique. Methuen.
  • Singer, P. (1975) Animal liberation: A new ethics for our treatment of animals. New York Review/Random House.

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