SIMCor

An H2020 RIA establishing a computational platform for in-silico development, validation and regulatory approval of cardiovascular implantable devices

[SIMCor @SIMCor_EU]

🎥We are excited to announce the release of our video “SIMCor: an overview”. The video explains our 42-month project, its goals, methodologies, results and expected impacts, narrated by the researchers who made it possible.
👇
https://t.co/ZXXivKETL1

#healthcare #H2020 #SIMCor

[SIMCor @SIMCor_EU]

@Commission
@EU_Health
@eHealth_EU
@EU_H2020
@ChariteBerlin
@Lynkeus_Rome
@ucl
@TUeindhoven
@ECRIN_ERIC
@BIOTRONIK_News
@IHS_Vienna
@PhilipsNL
@tugraz
@VPH_Institute
@EU_HaDEA
@HorizonEU

[SIMCor @SIMCor_EU]

#VPHConference2024, #Stuttgart, #Germany. Jan Brüning, @chariteberlin11, on “In-silico enhanced animal experiments for evaluation of cardiovascular implantable devices”.

#insilicomedicine #insilicoclinicaltrial #SIMCor #virtualcohort #ai #science #healthcare #H2020

[SIMCor @SIMCor_EU]

@EU_Health
@eHealth_EU
@EU_H2020
@ChariteBerlin
@Lynkeus_Rome
@ucl
@TUeindhoven
@ECRIN_ERIC
@BIOTRONIK_News
@IHS_Vienna
@PhilipsNL
@tugraz
@VPH_Institute
@EU_HaDEA
@HorizonEU

[SIMCor @SIMCor_EU]

#VPHConference2024, #Stuttgart, #Germany. Jan Brüning, @chariteberlin11, on “Inform design of a pulmonary artery pressure sensor using virtual cohorts”.

#insilicomedicine #insilicoclinicaltrial #SIMCor #virtualcohort #ai #modelling #simulation #science #healthcare #H2020

[SIMCor @SIMCor_EU]

@Commission
@EU_Health
@eHealth_EU
@EU_H2020
@ChariteBerlin
@Lynkeus_Rome
@ucl
@TUeindhoven
@ECRIN_ERIC
@BIOTRONIK_News
@IHS_Vienna
@PhilipsNL
@tugraz
@VPH_Institute
@EU_HaDEA
@HorizonEU

[SIMCor @SIMCor_EU]

🔬💻🩺💙#VPHConference2024, #Stuttgart, #Germany. Sabine Verstraeten, @TUeindhoven, on “Virtual cohort generation for in silico trials of transcatheter aortic valve implantation”.

#insilicomedicine #SIMCor #virtualcohort #ai #modelling #simulation #healthcare #H2020

[SIMCor @SIMCor_EU]

@EU_Health
@eHealth_EU
@EU_H2020
@ChariteBerlin
@Lynkeus_Rome
@ucl
@TUeindhoven
@ECRIN_ERIC
@BIOTRONIK_News
@IHS_Vienna
@PhilipsNL
@tugraz
@VPH_Institute
@EU_HaDEA
@HorizonEU

[SIMCor @SIMCor_EU]

🔬💻🩺💙 The SIMCor Virtual Research Environment is online!
The VRE for in-silico testing and validation of cardiovascular devices is now available. The access to the platform is open upon registration at https://t.co/vYNFnVXL25

#insilicomedicine #H2020 #SIMCor

[SIMCor @SIMCor_EU]

@EU_Commission 
@EU_Health
@eHealth_EU
@EU_H2020
@ChariteBerlin
@Lynkeus_Rome
@ucl
@TUeindhoven
@ECRIN_ERIC
@BIOTRONIK_News
@IHS_Vienna
@PhilipsNL
@tugraz
@VPH_Institute
@EU_HaDEA
@HorizonEU

[SIMCor @SIMCor_EU]

#VPHConference2024, #Stuttgart, #Germany. Raphael Sivera, @ucl, on “Unveiling the relation between aortic shape and calcification in population with aortic stenosis: Towards better management of TAVI patients”.

#insilicomedicine #insilicoclinicaltrial #SIMCor #healthcare #H2020

[SIMCor @SIMCor_EU]

@TUeindhoven
@chariteberlin11
@Lynkeus_Rome
@BIOTRONIK_News
@ECRIN_ERIC
@PhilipsNL
@tugraz
@VPH_Institute
@IHS_Vienna
@EU_HaDEA

[SIMCor @SIMCor_EU]

@EU_Commission 
@EU_Health
@eHealth_EU
@EU_H2020
@ChariteBerlin
@Lynkeus_Rome
@ucl
@TUeindhoven
@ECRIN_ERIC
@BIOTRONIK_News
@IHS_Vienna
@PhilipsNL
@tugraz
@VPH_Institute
@HaDEA
@HorizonEU

[SIMCor @SIMCor_EU]

#VPHConference2024 in #Stuttgart, #Germany. Leonid Goubergrits, @chariteberlin11, on “Hemodynamics of an implanted pressure sensor in porcine and human pulmonary artery”.

#insilicomedicine #insilicoclinicaltrial #SIMCor #virtualcohort #healthcare #H2020

[SIMCor @SIMCor_EU]

@BIOTRONIK_News
@IHS_Vienna
@PhilipsNL
@tugraz
@VPH_Institute
@EU_HaDEA
@HorizonEU

[SIMCor @SIMCor_EU]

🎥Episode 6 of our interview series #SIMCorPills.
💡 Christian Ohman from @ECRIN_ERIC and @CzypionkaThomas from @IHS_Vienna illustrate the potential benefits of in-silico clinical trials at healthcare and socioeconomic level.
👇
https://t.co/Mj3fEcHfKM

#insilicomedicine #H2020

[SIMCor @SIMCor_EU]

@ucl
@Siemens
@VHIR_
@Translation

[SIMCor @SIMCor_EU]

Andreas Arndt from @BIOTRONIK_News explains the use of modelling and simulation for pulmonary artery pressure sensors (#PAPS) can help avoid or reduce the risk of post-operative issues like perforation, migration and thrombosis.

https://t.co/FufMy4tRrC

[SIMCor @SIMCor_EU]

@BIOTRONIK_News
@IHS_Vienna
@PhilipsNL
@tugraz
@VPH_Institute
@EU_HaDEA
@HorizonEU

[SIMCor @SIMCor_EU]

Episode 4 of our interview series #SIMCorPills.
Investigation of tissue properties for #vesselmodelling: @tugraz explains how to create vessel models for in-silico simulations using biaxial extension tests and microstructural investigations.
👇🏽
https://t.co/ikAoDgCOKL

#H2020

[SIMCor @SIMCor_EU]

@Commission
@EU_Health
@eHealth_EU
@EU_H2020
@ChariteBerlin
@Lynkeus_Rome
@ucl
@TUeindhoven
@ECRIN_ERIC
@BIOTRONIK_News
@IHS_Vienna
@PhilipsNL
@tugraz
@VPH_Institute
@EU_HaDEA
@HorizonEU

[SIMCor @SIMCor_EU]

🎥Episode 3 of our interview series #SIMCorPills.
💡 How M&S for transcatheter aortic valve implants (#TAVI) can help plan device implantation at best and help avoid post-operative complications, such as thrombosis.
👇
https://t.co/tubem3dsWw

#horizoneurope #virtualtwins