I am currently in the middle of secret project, which I hope to announce more about in late August/early September. I’m really excited about it but it’s taking a bunch of my time. I’m hoping that you will be just as excited when I can share more details. The wonderful Dr Claire Walker is helping me deliver my passion project by curating the Girlymicrobiologist blog for a few weeks. This means that I hope you all enjoy getting some great guest blogs from a range of topics. Girlymicrobiologist is a community, and all of the wonderful authors stepping up, sharing their thoughts and projects, to support me in mine means the world. I hope you enjoy this guest blog series. Drop me a line if you too would be interested in joining this community by writing a guest blog.

Callum is a disciple of the biomedical sciences, current master’s student creating a more authentic lab experience for those after me, aspiring consultant microbiologist (the best discipline, sorry Claire – you see he understands, like me, that micro will always trump immunology).

Callum is supervised by Dr Walker who is a paid up member of the Dream Team since 2013, token immunologist and occasional defector from the Immunology Mafia. Registered Clinical Scientist in Immunology with a background in genetics (PhD), microbiology and immunology (MSc), biological sciences (mBiolSci), education (PgCert) and indecisiveness (everything else). Now a Senior Lecturer in Immunology at University of Lincoln. She has previously written many great guest blogs for the Girlymicrobiologist, including Exome Sequencing and the Hunt for New Genetic Diseases.

Blog by Callum Barnes

Hello again everyone! It certainly feels weird to be writing another one of these, but my supervisor the lovely Dr Claire Walker thought it would be a great idea considering the outcome of my research that I discussed here.

A small recap for those that don’t want to read two blogposts – I am an Mbio Biomedical Science student at the University of Lincoln and completed my portfolio on a placement year in a local microbiology lab. It was great and I became so much more confident in both my practical and theoretical work, which really showed me the value of clinical placements. The problem is that these placements are too few and too competitive nationwide, and only a fraction of those that want to join the biomedical workforce get to experience them despite their value. Long story short, we created a clinical simulation that was as authentic to a real pathology lab as possible, with patient request cards and a functioning (front-end) LIMS, both seen below:

Can you believe no one got the Star Trek references? Anyway. The results were honestly incredible, with basically everyone that participated getting value out of it. I can’t share too much as we are yet to publish, but here are some quotes that really highlight how the clinical simulation increased confidence and was effective as a learning tool.

“Getting hands on experience in the lab. It gave me the confidence to continue in the lab setting.”

“Overall, the lab practicals have been helpful. I think my lab skills have drastically improved, especially my microscopy skills and interpreting my lab results.”

“I like the opportunity we had to practice new skills and learn about it in the contrast of a case study.”

These results were really good, but during my background research I came to realise that other medical disciplines are ahead of us in utilising learning tools to teach university students – like really ahead. Trainee doctors have actors, manikins, and in the last decade have extensively integrated VR/AR/XR technologies into their teachings. We are left with a couple of practical sessions per discipline to cover the hundreds of different diagnostic processes that biomedical scientists go through. And this is almost entirely down to cost, practicals cost a fortune after all. They take setting up, and time, which staff don’t have enough of as is. Which brings us back to virtual reality…

Virtual reality (can be) cheap, accessible, and most importantly repeatable. Other medical disciplines have already identified this, and there is good data to back up the use of VR in those disciplines. But none in biomedical science, because clinical simulation is only just being recognised as a worthy endeavour.

And so, this is going to be my goal. I am going to develop software to train biomedical scientists in virtual reality. It’s going to be tough, but I do truly believe that this is a sorely neglected part of training the next generation of pathologists here in the UK, and honestly hopefully the world too. And if everything goes well (and even if it doesn’t), I’ll be back here in a year to let you all know how it went.

All opinions in this blog are my own