STP Specialisms | Respiratory & Sleep Science

Do you like breathing and sleeping? If so, this could be the specialism for you…Hopefully this post will provide some useful insight into what the Respiratory & Sleep specialism involves.

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STP Specialisms | Histopathology

Hi everyone, my name is Alix, or you might me know as @happyhistologist. I am a HCPC registered Biomedical Scientist and second year STP trainee specialising in Histopathology. But what actually is histopathology?! Breaking down the word into two smaller words can help to understand its true meaning. ‘Histo’ means tissue and ‘pathology‘ is the investigation of disease, therefore histopathology is the investigation of disease in tissue.

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STP Specialisms | Health Informatics

What is Health Informatics?

Health Informatics falls within the remit of clinical bioinformatics. This specialism, however, can sometimes seem difficult to differentiate from physical science and bioinformatics.  The reality is there is a lot of overlap between these programs.  Where Physical Science focuses on the effective acquisition of healthcare data, and Bioinformatics focuses on the use of genomic data to inform on the best treatment options, Health Informatics considers how to capture, communicate and use data to support health care professionals.

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Specialisms | Audiology

Audiology is a rapidly developing field and approximately 16% of the UK population has hearing loss, which indicates the importance of Audiology within the NHS.  As an Audiology STP trainee, I work in the hospital Ear, Nose and Throat/ Audiology Department in Outpatients as well as occasionally in community settings and I have recently started my second year in the programme.

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Specialisms | Clinical Bioinformatics – Physical Science

Furthering knowledge and improving the health service through the commissioning and development of hardware, software, and algorithms that process clinical, biomedical and associated business data.

It is difficult to imagine modern healthcare without the many medical devices, diagnostic machines and clinical ICT systems that are deeply embedded within it. From an MRI machine that generates diagnostic images to a clinical information system that stores ICU measurements; these complex pieces of engineering and technology are vital to ensuring healthcare data can be robustly captured and patient information sent to those who need it. Who ensures that this technology is appropriate and that data from it is used in the best way possible? If you’re from a physical sciences background and want to use technology to improve healthcare, then it could be you!

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