News • Medical body painting

A fluorescent way to teach anatomy

Body painting is considered by some to be the most ancient form of art. Its origins stem from tribal cultures, where its use was for ritual and ceremony.

Source: Hull York Medical School

Today it is a familiar sight at carnivals and sporting events. It is also a frequently observed activity within the anatomy classrooms of medical schools around the world. But now lecturers at Hull York Medical School are pioneering the use of body paint and ultraviolet light to help teach anatomy to students. Although the use of body paint in medical schools is not new, it is believed the use of ultraviolet light is a first. UV paint provides a "wet and more visceral look" and coupled with the fluorescent colour provides a striking model for the students to study. The technique has been piloted at Hull York Medical School and will be fully embedded into a new module in anatomy this term.

The findings are outlined in a paper entitled 'Ultra-violet body painting: A new tool in the spectrum of anatomy education' published in The European Journal of Anatomy.

person with ultraviolet body painting
Source: Hull York Medical School

Students are taught in groups of 10-12 with the technique applied on a model or classroom volunteer. Professor Gabrielle Finn, Director of the Health Professions Education Unit at Hull York Medical School, said the technique was proving extremely popular with students. She said: 'The use of body paint has been around in medical schools for the past decade, but no-one is using UV. Ultraviolet painting presents a unique view of human anatomy that is visually striking – highlighting muscle tensions and the connections between parts of the body. Students are able to visualise the layers under the skin in a way they can’t with normal body paint so when they are examining a patient during their clinical practice then can recall those images of anatomy to better understand what they are feeling and the connections between parts of the body. It is a very memorable way to learn and is a lot more fun and students really engage with it.'


Source: Hull York Medical School

09.02.2019

More on the subject:
Read all latest stories

Related articles

Photo

News • International trials

Simulation training helps hone advanced surgical skills

A large-scale study has found that simulation-based surgical training produced an increase of surgeons’ skills for more complex surgeries.

Photo

Report • Surgical robotics

Elevating outcomes of surgery

What’s in a name? In the case of Asensus Surgical, Inc., previously known as TransEnterix, Inc., the recent rebranding doubles as a mission statement for the manufacturer of surgical robotics…

Photo

Report • Workplace inclusion

Surgery in a wheelchair: breaking barriers in the OR and beyond

You don’t need to stand up to stand out. A few decades ago, a little boy believed he could tend to patients in spite of being in a wheelchair – and he did. During the EANS 2020 virtual meeting,…

Related products

Canon Electron Tubes & Devices – X-ray Image Intensifier

Accessories / Complementary Systems

Canon Electron Tubes & Devices – X-ray Image Intensifier

Canon Electron Tubes & Devices Co., Ltd
DK Medical – Prostar

Surgical II-C-Arms

DK Medical – Prostar

DK Medical Systems Co., Ltd
Fujifilm - FDX Visionary-C and CS

Surgical Flat Panel C-arms

Fujifilm - FDX Visionary-C and CS

FUJIFILM Europe GmbH
Fujifilm – Synapse 3D

Reading

Fujifilm – Synapse 3D

FUJIFILM Europe GmbH
GMM – Symbol FP – Mobile C-Arm system

Surgical Flat Panel C-Arms

GMM – Symbol FP – Mobile C-Arm system

General Medical Merate S.p.A. (GMM Group)
Intermedical – "New" Radius

Surgical II-C-Arms

Intermedical – "New" Radius

INTERMEDICAL SRL
Subscribe to Newsletter