Royal Brompton CMR Physics Group

We've moved to bsky, find us at rbhcmrphysics.bsky.social !

#SCMR2025 starts today. Early career track #whyCMR Highlights- 👉🏻speed mentoring Jan31; 9:10am 👉🏻patient experience Jan 31; 2:40 pm 👉🏻professional and personal growth; Jan 30;1:30pm 👉🏻Funding and research - Jan 30;5:30pm 👉🏻Grant writing Jan 30;2:40 pm 👉🏻AI-LLM- Feb 1;10:50am

By combining expertise across multiple disciplines with AI + cutting-edge MRI hardware, @scottandyd + team are working to deliver in vivo deep tissue imaging. This has the potential to give us more insight into organ function in health & disease

Are you interested in Speed Mentoring? Register for #SCMR2025 today for the opportunity to engage with Mentors from SCMR in table discussions alongside your colleagues. Sign-up here: buff.ly/4h8MBk4 Not registered? Don't worry there's still time: buff.ly/3ZFXxi5

Interested in microvascular perfusion and myocardial microstructure? Have a look at our latest @journalofCMR publication on how to get both from a single non-contrast scan! sciencedirect.com/science/articl… @cami_munoze @scottandyd

If you are interested in cardiac diffusion-weighted imaging (cDWI) and diffusion tensor imaging (cDTI), do have a look at our consensus statement in @journalofCMR for recommendations on how to acquire and process cardiac diffusion data sciencedirect.com/science/articl…

CMR Journal Club is better with cake 😋 @RBHCMRPhysics

Our latest paper in #EHJ shows that biphasic DT-CMR enables non-contrast detection of MI as well as predicting adverse LV remodelling. Check it out!! academic.oup.com/eurheartj/adva… @ranildesilva2 @dj_pennell @RRajakulasingam

Delighted to share our recent publication using diffusion tensor cardiovascular magnetic resonance in the European Heart Journal @ESC_Journals @ehj_ed led by our outstanding fellow @RRajakulasingam. academic.oup.com/eurheartj/adva…

Biphasic diffusion tensor cardiovascular magnetic resonance identifies microstructural alterations after STEMI and predicties adverse left ventricle remodelling. doi.org/10.1093/eurhea… #STEMI #remodelling #cardiotwitter @ESC_Journals @escardio

Exciting opportunity to join our team! We're looking for a Senior Physicist in Cardiovascular Magnetic Resonance (band 8a) guysandstthomas.nhs.uk/current-vacanc…

Application deadline extended to 30th September, do get in touch if you'd like to have an informal chat about the role, visit our facilities and meet the team!

There are still a few days left before SCMR deadline! Do submit your contributions on diffusion, strain and cardiac modelling to our upcoming SCMR/ISMRM workshop @SCMRorg #SCMR2025

We're hiring!! If you're interested in advancing cardiac MRI do get in touch for more information about this great opportunity!! DM or email s.nielles-vallespin@imperial.ac.uk More info at jobs.ac.uk/job/DJJ296/res…

Just two weeks to go for @SCMRorg deadline! Remember to submit your contributions on imaging of cardiac microstructure, motion, and strain to the upcoming SCMR/ISMRM workshop #whyCMR #CMRdiff #SCMR2025

📷 Imaging technology is revolutionizing how we understand the human heart! 🔬❤️ @scottandyd @RBHCMRPhysics are developing new ways to use MRI scanners to visualize heart muscle tissue at the microscopic level—even while the heart is beating!

Check out our Summer 2024 newsletter at scmr.site-ym.com/group/Diffusion Please do visit the link for details about our upcoming Summer 2024 virtual meeting!

Very excited to announce the upcoming SCMR/ISMRM Co-Provided Workshop 2025: Cutting Edge Imaging of Cardiac Microstructure, Motion, and Strain scmr.org/ismrm-co-provi… Registration is opening soon and fees are included in SCMR 2025 registration!!

It was a pleasure to have Ariel Hannum @celloskater from Stanford visiting us last week. Thanks a lot for sharing your research with us and look forward to future collaborations!!

We’re on the cusp of a new era driven by tech + visionary research. Meet @RBHCMRPhysics who is #ImagingTheFuture with the development of new MRI techniques, paving the way towards non-invasive imaging of the microstructure of heart muscle at the cellular level