Dinesh Aggarwal

@drdaggarwal.bsky.social

NIHR Clinical Lecturer at Imperial College London | Infectious Diseases and Microbiology Doctor | PhD at Wellcome Sanger Institute and University of Cambridge

New research reveals persistent inequalities in NHS speciality training recruitment. Analysis of data from 2021-2024 found lower success rates for doctors who are pregnant or on maternity leave, and UK-trained doctors from ethnic minority backgrounds.👇️ www.imperial.ac.uk/news/article...

Study reveals persistent inequalities in NHS speciality training recruitment

New research shows that there are persistent disparities when recruiting doctors into NHS speciality training programmes, with lower success rates fo...

imperial.ac.uk

We have a PhD project as part of this scheme focused on mathematical modelling of STI transmission. Do get in touch if you are interested.

London School of Hygiene & Tropical Medicine@lshtm.bsky.social · 10mo ago

👋Our MRC-LID studentships are now open for applications with @citystgeorges.bsky.social MRC-LID provides research opportunities focused on improving #GlobalHealth with skills, training & the expertise of 2 specialist institutions. Apply by 14 Jan 2026👉 mrc-lid.lshtm.ac.uk

The largest study of the nasal microbiome reveals how bacterial communities shape risk of Staphlococcus aureus infection. Persistent carriers show fewer bacterial species in the nose, while some microbes may help block colonisation.👇 www.imperial.ac.uk/news/article...

Largest study of nose microbiome helps highlight those at risk of Staph aureus infection

A study of the human nasal microbiome has allowed scientists to rethink how bacterial communities interact in the nose.

imperial.ac.uk

People who persistently carry the bacterium Staphylococcus aureus have a much less diverse community of bacteria in their nose, while certain species may help keep it out. 🦠 These findings offer insight into who may be at higher risk of infection. 👇 www.sanger.ac.uk/news_item/la...

Largest study of nose microbiome helps highlight those at risk of Staph aureus infection

A study of the human nasal microbiome has allowed scientists to rethink how bacterial communities interact in the nose.

sanger.ac.uk