Cesare Terracciano
@cesterr
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physiologist and cardiologist, EU national and Londoner
London, England
Joined October 2009
Applications now open to the Wellcome Trust PhD programme Advanced Therapies for Regenerative Medicine https://t.co/dxagTMhfSa I have a project on targeting senescence to rejuvenate the heart ♥️ @RegenMedPhD @kingsmedicine
regenerativemedicinephd.co.uk
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We presented our device Myoloop @ IP4U University Tech Fair @imperialcollege @ImperialNHLI @kbates_NC3Rs @NC3Rs. With Fotis Pitoulis, Danika Hayman, Sam Reitemeier, Barrett Downing
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Great couple of days at Imperial learning about and applying the myocardial slicing technique delivered by Prof. Terracciano and his excellent team. Looking forward to applying this technique in our future work
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📚📚 I’m presenting at @ThePhySoc’s Cross-Talk of Cells in the Heart: Novel Mechanisms of Disease and Arrhythmias symposium. 🔗🔗 https://t.co/5DZ4llrPjp society-event-cross-talk-of-cells-in-the-heart/
physoc.org
This meeting will be a platform for the discussion of cutting-edge advances in the field of cardiac arrhythmia and disease.
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Thank you for all your interest. Please follow this link to register for the workshop on Living Myocardial Slices. The deadline is 16th June (end of next week): https://t.co/0sBb2skZ4X
@ImperialNHLI @NC3Rs @imperialcollege @ThePhySoc @TheBHF @BHFCoREImperial
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Our 5th workshop on myocardial slices will be held on 10-11 July 2023 @ImperialNHLI @imperialcollege Sponsored by @NC3Rs For more information email s.Reitemeier@imperial.ac.uk
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We are hiring! If you want to build human beating and vascularised heart tissue, consider the following position at the @ImperialNHLI funded by @TheBHF
imperial.ac.uk
Join Imperial and be part of a world leading community of research, teaching and innovation.
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Delighted to advertise a BHF funded Research Assistant/Associate position available with @chris_loughrey
@UofGlasgow Targeting RUNX to attenuate adverse cardiac remodelling and progression to heart failure. https://t.co/YpHUxECvRe Applications welcome: https://t.co/59K7fcwMlH
academic.oup.com
Abstract. Runt-related transcription factor-1 (RUNX1), also known as acute myeloid leukaemia 1 protein (AML1), is a member of the core-binding factor famil
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Join our @TheBHF DTP students for a fascinating symposium exploring why sex matters in cardiovascular diseases. 📅 27 September, 15:00. Register 👇
Women have been underrepresented in medical trials for decades. Don't miss out on the @ImperialNHLI inaugural symposium titled “Mis(s)diagnosed-why sex matters in cardiovascular diseases” on Tuesday 27 September, 15.00. https://t.co/iIOiQ87BEj
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Delighted to share the latest work performed in the @cesterr group on vascularisation of human stem cell derived-myocardium, online now in Cell Reports Methods. Massive thanks to all involved :) https://t.co/mh2wtDr9rr
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"A remarkable man" – Our @imperialcollege community pays tribute to the late Professor Justin Mason.
imperial.ac.uk
REMEMBERING JUSTIN MASON - The Imperial community pays tribute to Professor Justin Mason, who died in May 2022 at the age of 61 years.
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Well done @lauranicastro @ImperialNHLI . She introduced her work on extra cellular vesicles in overloaded cardiac slices , sponsored by @TheBHF @BHFCoREImperial
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We are organising another workshop on living myocardial slices. Join us on the 9th and 10th June 2022 in London if you want to learn this promising technique for cardiac research. Register at: https://t.co/qhey7yBXTp
@ImperialNHLI @BHFCoREImperial @TheBHF @ThePhySoc
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Really? Brexit causing 'increased costs, paperwork, delays' say MPs
bbc.co.uk
A cross-party committee of MPs warns of further disruption later this year as new import controls start.
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Stop funding research (the way you do) Because it is wasteful, unethical and unscientific A thread (1/16)
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Our latest Research News: JGP study by Dries, @cesterr et al ( https://t.co/ob9o3A4TkX) shows that the subendocardium is more susceptible to spontaneous Ca2+ release events that can initiate arrhythmias, and this may be reduced by local CaMKII inhibition. https://t.co/fwy3IYPCIt
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Video shows spontaneous Ca2+ release events after pro-arrhythmic stimulation in cryoinjured living myocardial slices. From a study by Eef Dries, Cesare Terracciano @cesterr and colleagues @ImperialNHLI: https://t.co/ob9o3A4TkX
#CellularPhysiology
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In @JGenPhysiol, Dries, @cesterr, et al. show that injured myocardial slices from the subendocardium are more susceptible to spontaneous Ca2+ release events and whole-slice contractions than those from the subepicardium https://t.co/MdqT24lPea
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