Anatomy Laboratory Manager Fieke Neuman with the Peritoneum in a Box she has created.
Ask a former fashion designer to help you create a teaching tool for an anatomy lecture and the results are beautiful, clever and original.
That was what Associate Professor Christine Jasoni found when she approached Laboratory Manager Fieke Neuman for an idea to make a lecture on the brain memorable to students being taught alongside hundreds of others in the University's large St David Lecture Theatre.
Together they came up with the answer: a burlesque brain made of layers of different fabrics and metals that she could dress and undress to teach students about the brain's anatomy.
Associate Professor Jasoni says Ms Neuman is always enthusiastic about her proposals.
“She has excellent comments that bring me back to reality, particularly regarding the practicality of creating these things, but also an amazing creative ability that really brings my ideas to life.”
Ms Neuman's fashion accomplishments include winning the Menswear section of the Smokefree Fashion Design Awards in 1998 and travelling to Antarctica under an Antarctic Arts Fellowship in 2002.
For the past few years she has turned her attention to creating these hands-on teaching aids made of fabric and textiles. As well as the burlesque brain, she has made string boards tracing spinal neural tracts, and a peritoneum in a box to help students understand the layers of the abdominal peritoneum.
"Because of their flexible nature, fabrics can actually be quite a good approximation of living anatomy..."
The designs are stunning and effective. Fabric of various colours, weights and textures mimic the structures and tissues of the body surprisingly well, for example pink organza to illustrate the delicate, innermost layer of the meninges of the brain and heavy, beige, suede-like fabric for the thick outer layer.
"Because of their flexible nature, fabrics can actually be quite a good approximation of living anatomy, and simplified models that students can manipulate can help them understand three dimensional structures, such as the peritoneum, better," Ms Neuman says.
She is proud of her designs, but quietly modest about their creation.
“Everyone does what they are good at. It doesn't bother me to make a pattern for a brain. It's easy for me to do.”
The string board axon tracts were her first design, and are based on classic 1970s string art. Students use their hands and coloured wool to trace and learn several axon tracts – from the brain all the way to the feet.
“People learn things more easily if they can get their hands on them,” she says. “If you are touching something you use different parts of your brain to learn and remember.”
Similarly, the peritoneum can be unzipped and manipulated to help students learn.
The models can be used again and again and are a welcome addition to Anatomy's teaching tools. So much so, that they are sharing them with the rest of the world, making them available via the Creative Commons Attribution-NonCommercial-ShareAlike licence. The licence means anyone can download the patterns for free, and use them non-commercially.
"Students rave about the models as fantastic teaching and learning aids."
In a recent interview with Creative Commons Communications Lead, Elizabeth Heritage, Ms Neuman said setting up a system to sell the creations would have cost more than it was worth: “I've run a fashion business in the past and know how difficult it is to make sales to cover all of the costs involved. On the other side of the coin, we strengthen our bonds to our community by being generous and not hiding away information that others could use.”
For now she is very happy to be sharing her expertise. And those who she has helped are thrilled with the results.
“The materials that Fieke has made as demonstrations to accompany my lectures have contributed immensely to my teaching,” Associate Professor Jasoni says. ”Students rave about the models as fantastic teaching and learning aids. I believe that I owe a great deal of my recent success as a recipient of one of the University's Teaching Excellence Awards to Fieke's amazing talent for creating anatomically appropriate and visually stimulating materials.”
Make one yourself!