Julià Camps
@Julcmps
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Joined May 2013
Our @eLife paper is now live as a Review Preprint. We explain clinical ECG and ejection fraction (EF) phenotypes in acute and chronic stages after a heart attack using modelling and simulation: https://t.co/F1qY6jf0ql
@bjsfdxzx @blarodlo13 @Julcmps
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Our work on Cardiac Digital Twins with Purkinje is now available through Medical Image Analysis! https://t.co/98WmpF7DQF Check out the reviewed version! Also, the code developed for this study is available at https://t.co/4bxwmfcDsS
@blarodlo13 @jennyhelyanwe
github.com
Digital Twinning of the Human Ventricular Activation Sequence to Clinical 12-Lead ECGs and Magnetic Resonance Imaging Using Realistic Purkinje Networks for in Silico Clinical Trials - juliacamps/Ca...
Checkout our latest pre-print: Digital Twinning of the Human Ventricular Activation Sequence to Clinical 12-lead ECGs and Magnetic Resonance Imaging Using Realistic Purkinje Networks for in Silico Clinical Trials https://t.co/KmENlNaOOn
@blarodlo13 , @jennyhelyanwe , @bio_comp
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Great team effort to mechanistically account for clinical data for virtual therapy evaluation! @jennyhelyanwe @blarodlo13 @MaxxHolmes @JakubTomek13 @Ruben_2t
Interested in Cardiac Digital Twins? Check out our latest preprint live now! Cardiac Digital Twin Pipeline for Virtual Therapy Evaluation by @jennyhelyanwe & @Julcmps
https://t.co/QBcb0qlvJz
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Interested in Cardiac Digital Twins? Check out our latest preprint live now! Cardiac Digital Twin Pipeline for Virtual Therapy Evaluation by @jennyhelyanwe & @Julcmps
https://t.co/QBcb0qlvJz
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I am honoured to have been part of this panel to discuss the current role of modelling and simulation in precision medicine @blarodlo13 @CompSciOxford @iccai_complex We had a great discussion on how to integrate more data into computational tools towards precision medicine
Panel discussion: The role of mechanistic modeling in the age of deep learning models #ICCAI2023 #YoramVodovotz @Julcmps @RDStevensMD #AmosLal #BettinaJungwirth
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Really enjoyed presenting our work on cardiac "digital twins" for in silico trials! @blarodlo13 @CompSciOxford @iccai_complex Amazing multidisciplinary conference! Big thank you to the organisers!
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Checkout our latest pre-print: Digital Twinning of the Human Ventricular Activation Sequence to Clinical 12-lead ECGs and Magnetic Resonance Imaging Using Realistic Purkinje Networks for in Silico Clinical Trials https://t.co/KmENlNaOOn
@blarodlo13 , @jennyhelyanwe , @bio_comp
arxiv.org
Cardiac in silico clinical trials can virtually assess the safety and efficacy of therapies using human-based modelling and simulation. These technologies can provide mechanistic explanations for...
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Heading back from a great #FIMH2023 and hope to see@many of you next year in September in Germany for #CinC2024, #CPP2024 and #VPH2024
https://t.co/Ab5DLMkgzV @CinC_tweets @VPH_Institute
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Excited to share our latest survey paper accepted in MedIA, uncovering the state-of-the-art in multi-modality cardiac image computing! Dive into the world of advanced techniques and insights for cardiac imaging: https://t.co/SLIIp50Iqs
#Multimodal #Cardiology #digitalhealth
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Always a joy to see the elegance of #DGM in action and to see new developments towards becoming a software tool! Thank you for your talk! @NVandersickel
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Thanks for coming to present your impressive AFib work! @CarolineRoney #oxfordsymposium22
@blarodlo13
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Really cool to see ongoing synergies between industry and academia in this context! Thank you @aurore_lyon and @M_Cluitmans for contributing to making the symposium great!
Gave a talk with @aurore_lyon at @blarodlo13's amazing Oxford Symposium, on the topic of Digital Twins of hearts. Our title slide was generated by asking an AI (#dalle) for an interpretation of our work. Curious to see what modeling+AI will bring!
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Gave a talk with @aurore_lyon at @blarodlo13's amazing Oxford Symposium, on the topic of Digital Twins of hearts. Our title slide was generated by asking an AI (#dalle) for an interpretation of our work. Curious to see what modeling+AI will bring!
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The visits from @CompSciOxford continue ☺️ This week, we have the pleasure to host @Julcmps and @jennyhelyanwe. Yesterday, they showed us their interesting projects.
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Looking forward to more synergies between human-based modelling and simulation and experimental research!
Really enjoyed presenting our work on personalised cardiac electromechanics for in silico trials with @Julcmps at #MEC22 @UniFreiburg What a wonderful meeting! @blarodlo13 @CompSciOxford
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Checkout our latest pre-print: Ionic remodelling following myocardial infarction explains phenotypic variability in ECG and arrhythmic substrate but not in ejection fraction https://t.co/1XkY3EwU9N
@bjsfdxzx, @Julcmps, @JakubTomek13, @MarmarVaseghiMD, @blarodlo13, @bio_comp
biorxiv.org
Aims Sudden death after myocardial infarction (MI) is associated with electrophysiological heterogeneities and ionic remodelling, which are reflected as variable phenotypes. Low ejection fraction...
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Women in AI special issue with 9 papers published and more to come!
Recordeu el número especial sobre Women in Artificial intelligence (AI) #womenInAI
https://t.co/5uxn9xXRnI
#mdpiapplsci vía @Applsci que van llençar @a_vallsm i @KarinagibertK pel #ccia2021 @acia_cat .... ja hi ha 9 articles publicats i en venen més!
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Using accelerometry to investigate whether the time you go to sleep impacts cardiovascular risk: https://t.co/XS3fOynkuA - with EHJ paper
bbc.co.uk
Synchronising sleep to match our internal body clock appears to be good for the heart, claim scientists.
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Are you excited about Computational Methods in Cardiac Electrophysiology? We have started an article collection in Frontiers in Physiology. Manuscript submission can be done here: https://t.co/p0JstrVYm2 Topics include arrhythmia simulation, electrogram annotation, ECGI and more!
frontiersin.org
Research in cardiac arrhythmias and cardiac electrophysiology is increasingly dependent on computational methods to relate experimental and clinical observations to the underlying mechanisms....
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