Physic AI Garden
A dynamic digital garden where beautiful virtual plants and fungi grow and interact with each other. The plants each represent different drugs that a cancer patient might need to take, and the garden grows according to what drugs work well together and what drugs cause side effects or interact negatively. Side effects are represented through blemishes on the plant leaves and a healthy ecosystem is represented by butterflies, pollen and sunny skies.
The artwork is based on actual data of drug interactions and the AI system that underpins the CAPABLE App, a decision support system for doctors created by the EU funded CAPABLE Project. The artwork is influenced by the medieval concept of the ‘physic garden’ of medicinal plants, and also inspired by notions of permaculture which puts plants that grow well together close to each other and considers the whole ecosystem. The plants in the system have been selected as they are either an ingredient in one of the drugs listed or have been traditionally used to treat the symptoms or illnesses that the modern drug treats.
Bell Flower = Octreotide
Cornflower = Prednisolone
Crocus = Budesonide
Dahlia = Sulfonylurea
Dandelion = Levothyroxine
Digitalis = Albuterol
Forsythia = Ondansetron
Lavender = Ciprofloxacin
Papaver rhoeas = Ibuprofen
Marigold = Omeprazole
Red Clover = Warfarin
Rhododendron = Loperamide
Rose = Duloxetine
“Physic-AI Garden” is a collaboration between Anna Dumitriu and Alex May with the EU funded CAPABLE project. CAPABLE aims to develop a virtual cancer coaching system to support the emotional, educational, and social needs of patients and their home carers, as well as decision support needs of treating physicians, using cutting edge technologies for personalised medicine such as artificial intelligence, big data analysis and wearable technologies.
Credit: Anna Dumitriu and Alex May in collaboration with the CAPABLE Project. CAPABLE has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 875052.
Materials: Interactive artwork, PC, screen, and tablet
Year: 2024
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“We are honoured to participate in this important exhibition. Our artwork Physic AI Garden raises awareness of the significant health issues faced by cancer patients due to drug side effects and interactions, and highlights how new technologies using artificial intelligence offer potential solutions.”
— Anna Dumitriu and Alex May
Bloomberg Connects App Link
More people are directly affected by drug interactions than we often realize, and the truth is, unless you’ve experienced it firsthand, it’s something you can’t fully understand. This harsh reality underscores the vital role of art in healthcare: it is a bridge, bringing scientific and medical knowledge to the public in a way that is accessible, engaging, and deeply human. Art helps transform complex, often intimidating research into something that resonates with people on a personal level, educating and empowering them to understand the world of science and medicine that affects their lives. We often hear about cutting-edge research in science, promising groundbreaking advancements. While these developments are exciting, there is a gap between the lab and the real world of healthcare. Here, too, art can serve as a translator, helping to explain complex medical concepts and research in a way that captivates and informs the public. Art has the unique power to not only communicate knowledge but also to make it more relatable and compelling, reaching beyond the confines of academia and laboratories. Yet, as much as art has the power to educate, it is important to be mindful of its limitations, especially in a medical setting. While the presence of art in hospitals can sometimes offer solace, it doesn't always make patients feel better. Art can evoke emotions, stir memories, or offer moments of escape, but it does not replace the need for effective medical care. We must be cautious not to oversell its benefits, especially when patients may be struggling with deep uncertainty or pain. Furthermore, the allure of cutting-edge research can sometimes cause confusion. New treatments or discoveries that sound revolutionary may not yet be available or applicable in everyday healthcare, leaving patients and their families grappling with hopes that are premature or unrealistic. Art can help to manage these expectations by providing clarity, grounding the conversation in the present realities of medical care, and reminding us that progress, while inevitable, is often a slow and nuanced process.
In the intersection of art and healthcare, the role of the artist is crucial—not just as a creator of beauty, but as a communicator, a guide, and sometimes, a reality-checker. Art’s power lies not only in its ability to comfort or uplift, but in its capacity to illuminate, educate, and provoke thoughtful reflection on the intersection of science, medicine, and the human experience.
– Crafted following a dialogue between Natalia Marin, Anna Dumitriu and Alex May, this text delves into the inspiration behind their work, “Physic-AI Garden”.