Our paper on real-time whole-heart electromechanical simulations is finally out in #npj #Digital #Medicine !

This is an important step forward in #computational #cardiology for the creation of #digital #twins .

Paper: nature.com/articles/s4174…

Code: github.com/MatteoSalvador…

💡❤️Our paper on 3D left atrial motion estimation and strain measurement from 4D CT imaging is out! In this study, we developed a pipeline to measure regional left atrial strain from 4D CT, and compared strains in CRT patients with and without AF. Check it out below:

Still recovering from this but real fun 😊

Thanks The Alan Turing Institute for putting it together!

Cristobal Rodero Gomez and team were at #AIUK last week to showcase their research on creating #cardiac digital twins to industry, fellow researchers and policymakers

Professor Steve Niederer hosted a joint meeting with AlanTuringInstitute NORA.ai and UK Research and Innovation to explore options for collaborative research between Norway and the UK on Cardiac Digital Twins

Snapshots from yesterday's contribution at #AIUK2024 🫀 The Alan Turing Institute

Come find us today at QEII Centre to talk about cardiac digital twins and AI assurance!

It was fantastic to attend STEM for Britain and meet some of the brilliant young minds spearheading STEM research.

I met Cristobal Romero from Imperial College London pioneering a cardiac digital twin heart, for personalised care.👇🏾

Imagine an event where you can hear and talk to researchers about science, sex, gender, biases, and for free!

We'll be this year at #ImperialLates , talking about gender bias in cardiac research

This Thursday, from 18:00: eventbrite.co.uk/e/imperial-lat…

So lovely to celebrate Biomedical Engineering & Imaging Sciences working with ECHO on our Heartificial Intelligence project Science Gallery London. We were shortlisted for a King’s Engaged Research Award! kcl.ac.uk/news/shortlist…
King's Engaged Researcher Network 👏🏻 #KERA

🚨 Exciting news! Dr Hamed Keramati's paper on Gaussian Processes for velocity reconstruction post-coronary stenosis in #PEPT is out now!

🌐Check it out to see how krigging can help when we don't have enough data to estimate velocity using #CFD simulations

Excited to publish our open-source pipeline for generating atrial models enabling in silico clinical trials at scale:
royalsocietypublishing.org/doi/10.1098/rs…
Cardiac Electro-Mechanics Research Group José Alonso Solís-Lemus Dr Cristobal Rodero Carlos López Personalised Cardiac Modelling Lab Ovais Jaffery Dhani Dharmaprani Anand Ganesan Wilson W. Good Edward Vigmond Sanjiv Narayan

We have a new book chapter in 'Familial Cardiomyopathies', edited by Regnier and Childers 🫀

Find us in Chapter 7!

link.springer.com/protocol/10.10…

Our PhD student Charlie Sillett was in Philadelphia at #AHA23 presenting his work on using 4DCT LA strain to identify persistent vs paroxysmal AF 🫀⚡

The abstract is available at ahajournals.org/doi/abs/10.116…

♥ 🩺 El grupo de investigación COR del instituto ITACA Institute desarrolla una innovadora herramienta para generar gemelos digitales cardíacos que ayudará a mejorar el diagnóstico y tratamiento de arritmias ➡ bit.ly/3EVjrnx

AAD 2023
October 11 “Building reliable models”

Willing to get an exhaustive update on recent progress and achievements of in silico methods?
REGISTER TODAY AND MEET OUR KEYNOTE SPEAKERS!!!

About the AAD 2023 : bit.ly/About_AAD2023
Online Registration: bit.ly/AvicennaDays20…

Did you know you can convert your VTKs to CARTO using #CemrgApp ? Here's a tutorial how: youtu.be/jw3ObNTStLE

Cardiac Electro-Mechanics Research Group

Some suggestions for your literature review...
'A systematic review of cardiac #inSilicoClinicalTrials ' 
#insilicoliterature
Follow the thread 📖👇

Do you know anyone who can be interested in working with us at NHLI?

We're looking for a research associate to run electromechanics simulations using cardiac clinical data.

Find more about the offer and how to apply at imperial.ac.uk/jobs/descripti…

RTs appreciated!

We have a new paper out! Check the thread below to know more details: