By combining bacteria and accessories, the Coral Cohen 'Bactus' collection attempts to bring biology into the world of fashion. This collection consists of living and growing bacteria and fungus embedded into delicate glass containers for the pleasure of wearing.
These interactive one-of-a-kind pieces trap organic materials to watch them grow, mature and eventually die. The final result and appearance of each piece cannot be predicted and adds a truly natural element to these pieces. Available as necklaces, rings, brooches and bracelets, individuals can practically sport a whole entire ecosystem with these interactive accessories.
Although these are not a good gift idea for individuals with germaphobia, they're sure to be a hit with unique jewelry collectors.
For Cohen, the combination of organic and inorganic materials work together to create beautiful microbial statement pieces. Making bacteria beautiful and wearable is just one of the accomplishments of the Coral Cohen Bactus collection.
Why This Trend Is Growing
- Bacteria Jewelry
- The combination of bacteria and accessories presents an opportunity for disruptive innovation in the fashion industry.
- Interactive Accessories
- Designing interactive jewelry with living organisms opens up possibilities for disruptive innovation in the fashion industry.
- Microbial Statement Pieces
- Creating beautiful wearable pieces from bacteria and fungus offers potential for disruptive innovation in the fashion industry.
Industries Being Reshaped
- Fashion
- The fashion industry can explore the incorporation of bacteria and living organisms into jewelry to create unique and attention-grabbing pieces.
- Jewelry
- The jewelry industry can tap into the trend of interactive accessories and create pieces that allow users to observe the growth and transformation of organic materials.
- Microbiology
- The microbiology industry can collaborate with jewelry designers to explore the potential of using bacteria and fungus as decorative elements, providing new opportunities for artistic expression.
