The voice of medical imaging and clinical oncology

Molecular imaging using IgG-TAT based radioimmunoconjugates

Bart Cornelissen Mathew Veal molecular nuclear medicine PET/SPECT

Clinical imaging has become a fundamental tool in modern medicine, utilising modalities including CT, MRI, ultrasound, SPECT and PET. The ever-increasing complexity revealed by molecular biology along with the implementation of highly specialised precision therapeutics has created a demand for molecularly targeted imaging devices, also known as molecular imaging.

The content on this page is provided by the individuals concerned and does not represent the views or opinions of RAD Magazine.

Read more scientific articles

Clinical supervision: a case study of implementation within an x-ray department in a trauma centre

Supervision has been given a central place within the NHS Long-term Workforce Plan (2023) which states that the subject should be a core responsibility for maintaining high quality patient care alongside continuous development and protected time for training. Clinical supervision is included within standard 4.8 of the Health and Care Professions Council standards of proficiency […]

Adam Prout

Josh Waters, John Williams, Adam Prout

University Hospitals Plymouth NHS Trust

Read Article

Clinical factors impacting the psychological wellbeing of diagnostic radiographers in the UK

This article explores the clinical factors influencing the psychological wellbeing of diagnostic radiographers in the UK, emphasising the correlation between the radiographer’s wellbeing and the quality of patient care. Although often perceived as being a purely technical role, radiographers have a key role in most patients’ care pathways, often working in emotionally demanding and challenging […]

Fiona MacGregor

Dr Fiona MacGregor, Dr Katherine Swainston

Population Health Sciences Institute, Newcastle University

Read Article

End-exhale breath-hold – is it worth it?

End-exhale breath-hold (EEBH) is a radiotherapy motion-management technique designed to minimise respiratory-induced organ motion, particularly for thoracic and upper abdominal cancers. Because end expiration is a passive and highly stable phase of breathing, EEBH allows clinicians to immobilise internal anatomy with high reproducibility. This stability reduces geometric uncertainty, improves image quality by minimising motion artefacts […]

Marina Khan

Marina Khan, Dr Asad Qureshi

Guy’s and St Thomas’ NHS Foundation Trust, London

Read Article

Stay up to date with
RAD Magazine

Sign up for our newsletter.

We care about your data. Read our privacy policy.