How HeadChannel Built a Psychopharmacology Learning App for BAP

The British Association for Psychopharmacology (BAP) advances knowledge of psychopharmacology in the UK through research, publications and tools. With psychiatrist Professor David Nutt, it set out to close the gap between complex medical knowledge and practice. The result was the Visual Psychopharmacology Medicine (VPM) Library, a mobile learning tool that helps medical students and practising physicians understand psychotropic medicines through visuals and interaction.

The Challenge

Psychopharmacology is complex. Students and clinicians have to absorb and apply large amounts of data on drug interactions, side effects and mechanisms of action. Professor Nutt wanted a mobile app that used visualisation to make this information easier to understand.

The app had to present complex medical data in an intuitive way, give every psychotropic drug its own visual representation, and work both as a learning tool for students and a practical aid for professionals.

The Approach

HeadChannel, which had delivered bespoke work in the medical and education sectors, worked closely with Professor Nutt and his team to break the data down into clear, interactive components.

Mode of action. Each drug is shown in clear, bold visuals that illustrate its interaction with neurotransmitters and the key biological mechanisms: receptors, transporters, enzymes and ion channels.

Libraries and search. Users explore the drug library and search it by mode of action, mechanism, target or side effect.

Efficacy and side effects. Colour coding, green for positive efficacy and red for serious side effects, shows a drug's effectiveness and risks at a glance.

Medicine Builder. Users create, save and publish new drug diagrams for study or reference.

Online and offline. The app works with or without an internet connection, so it could be used in any setting.

The Outcome

The VPM Library is now a go-to resource for medical students and professionals. It gives instant access to updated data and a visual approach to drug mechanisms, simplifying the study of psychotropic drugs for use in both medical education and practice.