Mousetraps No. 3, 14 and 18 are Made for Genetically Modified Mice
Meghan Young — February 20, 2013 — Art & Design
References: johannaschmeer & fastcodesign
As effective as traditional mousetraps may be, the Mousetraps No. 3, 14 and 18 series shows that what they don't lack in functionality, they lack in form. As iconic as the wooden base and metal arm is, these animal traps have been begging for a reinterpretation for years. Designer and recent graduate Johanna Schmeer has decided to oblige.
The Mousetraps No. 3, 14 and 18 series is, as the name suggests, made up of three very different designs. Each one has been tailored to genetically modified mice, all of which exist in research laboratories today. For instance, the 'waltzing mouse' runs in circles due to an inner ear imbalance with an inability to walk backwards or turn around. This side effect is addressed by the winding transparent pipe with a closed end.
The Mousetraps No. 3, 14 and 18 series is, as the name suggests, made up of three very different designs. Each one has been tailored to genetically modified mice, all of which exist in research laboratories today. For instance, the 'waltzing mouse' runs in circles due to an inner ear imbalance with an inability to walk backwards or turn around. This side effect is addressed by the winding transparent pipe with a closed end.
Trend Themes
1. Reinterpretation of Animal Traps - By reimagining traditional animal traps, there is an opportunity to create innovative and aesthetically pleasing designs.
2. Tailoring Traps for Genetically Modified Creatures - Designing traps specifically for genetically modified creatures opens up new possibilities for addressing their unique characteristics and behaviors.
3. Combining Functionality and Form - There is a growing trend towards creating animal traps that not only serve their purpose but also showcase artistic and aesthetic elements.
Industry Implications
1. Product Design - The field of product design can explore new ways to reinterpret and improve animal traps, taking into account both functionality and aesthetics.
2. Biotechnology - The biotechnology industry can benefit from the development of traps specifically designed for genetically modified creatures in research laboratories.
3. Animal Control and Pest Management - In the animal control and pest management industry, there is an opportunity to incorporate innovative and tailored traps that are effective and visually appealing.
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