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BioArt with Bacteria and Fungi: Art You’ve Never Imagined!
- Sutithi
- 2 days ago
- 6 min read
Have you ever thought of making art with bacteria or fungi? Now, we don’t generally use words like "gorgeous" or "fantastic" for these microbes. But, quite interestingly, some microbiologists are doing wonders by creating artistic motifs and patterns with microscopic organisms. In a science drawing and art contest, these innovative minds have presented their bizarrely beautiful art with cultured bacteria and microbes.
Beauty indeed lies in the eyes of the beholder. But we rarely get to know those minuscule wonders in the microcosmic world surrounding us, oblivious to our naked eyes. We don’t even think of making bioart or animal cell drawings as necessarily exhibit-worthy. Almost all of us have some scientific scribbles boxed inside our biology workbooks. But the story with these microcosmic cells, synthetic biology, or genome sequencing can be a lot more intriguing!
Yes, artist-researchers are revealing the complex foundational blocks of life in a way never seen before, using the wonders of biotechnology. Let’s talk more about it.
In this blog, we’ll find out some fascinating facts about the Agar Art Contest hosted by the American Society of Microbiology—a rare contest where science students, hobbyists, and experts participate in a unique showcase of bacteria, fusing microbes on the agar plates to reimagine masterpieces like Monet Water Lilies or the Starry Night by Vincent Van Gogh. Amazing, right?
What are Agar Plates Used in Microbiology Cultures? The New Canvases for Cell Drawing
Scientists and researchers use agar plates, shallow dishes filled with jelly-like substances used in microbiology that aid in microbial growth, such as bacteria, fungi, or yeast. While these organisms breed on these agar plates, their growth creates remarkable patterns that almost resemble famous art.
The Best of Bio Art inspired by Van Gogh or Monet: Making Agar the Real Canvas for Microbe Culture
Some agar plate designs were collaborated on by research scientists and artists to create outstanding bacterial renderings that looked no less awe-inspiring than the original versions. Some were meticulous integrations of distinctive organisms into the plates by the research lab teams, or some were beautifully arranged bacterial colonies, organically spread.
Not only the imitation of stalwart painters and their milestone creations, but the Agar Contest hosted some original creations as the agar plate paintings were judged on the benchmark of originality, artistic insight, and scientific assessment of the microbe cultures. Images should not be unfairly enhanced, allowing minimal editing, to retain the organic appeal and scientific aura. Participants could use different-sized plates, as painters use diverse canvas sizes to present their story and composition.
The creation of bacterial colonies won special acclaim, with a team of researchers creating a mind-blowing geometric landscape with each nanodroplet of pigment on a yeast-producing agar that almost looked like an oceanside sunset in shades of pink, blue, and yellow. Though these artworks are not as timeless as Van Gogh's or Monet’s art, the impact they create is no less overwhelming. It blurs the fine line between art and science.
Sir Alexander Fleming: Inspiring Cell Drawings and Germ Paintings
The ideas of creative cell drawing and collages are nothing new in the world of scientific research. The founder of Penicillin, Sir Alexander Fleming, had worked on some unusual germ paintings, using pigmented strains. The famous microbiologist used lab loops as paintbrushes, which was no less revolutionary! Though his work with bacterial images and germ portraits didn’t receive much attention back then in a conventional scientific setting, it has inspired future microbiologists to tread the artsy way.
The agar plates Fleming used showed the aggressive activities of the Penicillium fungus working lethally on bacteria. In another culture, mixed with nasal mucus, it showed the trace of human lysozymes, the natural immune defense against infections. These artistically precise plates generated popular theories to prove that our body can produce resistance to microbial threats.
Contemporary microbiologists and research scientists, inspired by Fleming’s preoccupation with scientific drawing and agar plate storyboards, have used the same techniques for the agar contest. Specific groups of bacteria need specific nutrients to grow and colonize on plates, showing wonderful cultures and patterns of bacterial aggression, producing enchanting microbial art.
ASM isn’t the only organization participating in the microbial art era. A collection of scientists provides material for Microbial Art, an online gallery and source of purchasable agar art.
Bioart and the Microbial World: How Antibiotics are Displayed in a Contemporary Art Exhibition
Can we even imagine that the antibiotics we take to fight infections can be an inspiration to some bio art specialists working with bacteria or viruses? Take a pause. In a contemporary art exhibition called BioArt and Bacteria by globally renowned artist Anna Dumitriu, the world of microbes and antibiotics is explored in a never-before artistically perceived manner. This shows how bioartists around the world are blurring the boundaries between art, science, and technology.
In the contemporary exhibition at the Museum of the History of Science called BioArt and Bacteria, Dumitriu presented how bacteria lie at the core of our existence. In her ground-breaking work, she merged contemporary bioscience with artistic media to produce wonder-making artistic patterns. The output is more than just a culture of bacteria, but intricate works that reveal strange histories and the evolving future of genome sequencing.
Dumitriu says in one of her statements, “I work hands-on with the tools and techniques of microbiology and synthetic biology to create intricate artworks that reveal strange histories and emerging futures.”
Dumitriu was obsessed with the history of drug discovery. She’s fascinated with the foundational blocks of our lives, the teeny tiny microsomes and their roles in treating diseases, the significance of antibiotics, and the ancient ways to treat infections.
A unique way to plot an artistic journey that started before modern medicine (sanatoriums) existed till the discovery of antibiotics. It also explores the pathways to genome sequencing, the microbiome, and the emergence of synthetic biology.
A Microbe-Made Teeth and an Ever-growing Microbial Art at the Exhibition
A remarkable piece, ‘Microbe Mouth’—teeth created organically in a lab environment—was the major attraction of the exhibition. It was created using an extremophile bacterium, in collaboration with bioscientists Melissa Grant and Rachel Sammons. In this awe-stirring experiment, Dumitriu poses a question to humankind: Are we yet ready for the microbe-made teeth?
The work titled ‘Ex Voto’, as a part of the show ‘Back from Dead: Demystifying Antibiotics,' awestruck attendees, as the visitors of the exhibition contributed to completing the artwork. Dumitriu collected people’s perspectives and personal experiences with these microbes, like bacteria, viruses, and antibiotics. Remarkably, to know, the ‘Ex Voto’ piece grew in form and size as the exhibition progressed, accumulating more opinions and individual perceptions.
Gourmet Mushroom Cultivation as an Inspiration of Art: When Contaminations Look Beautiful
Some bio-researchers and artists in the secluded setting of La Donaira, Southern Spain, worked on gourmet mushroom cultivation projects, which can be called spontaneous bioart, art that is not created by renowned artists but produced by nature’s own will. We all know that living beings are manufactured with these tiny foundational blocks called cells.
While watching on the agar plates, you’ll be stunned to notice how beautiful and artistic contamination can really become! The bioartists work in a controlled, sterilized environment to prevent contamination, but some microorganisms still grow, showing resilience and a strong will to live, pointing to our ancestors—the bacteria and protozoa on earth.
The World of Agars Creating Bizarre Bio Art: A Stunning Collab of Art and Science
There’s magic in every tiny droplet of life surrounding us, floating around us, and living within us—almost as an invisible microscopic world. These are the real wonders that we live with, day in and day out. Sometimes we just forget that we are also co-existing with these seaweeds, yeasts, and bacteria, the invisible two-thirds of the world’s living species.
While turning agar plates into magnificent microbe art, a horizon for scientific research unveils before the public gaze—people can now be more curious about these microscopic anti-heroes rather than fearing them. People now get fascinated with these kinds of unique discoveries, peeping into the complex yet magical Earth of these building blocks of life.
If you’re interested in creating your own agar painting, take inspiration from this piece and procure your own agar plate to see the magic unfold in just a few days!!
