Simone Juel Dragsbæk

[Department of Cardiology Research AUH @AUHCardio]

🫀 New publication in @ThrombosisRese1 by @SimoneDragsbaek et al.

A porcine model of #ChronicThromboembolicPulmonaryDisease was developed🐖🫁

Autologous emboli was used, and showed resemblance to human #CTEPH in chronic clot formation 🩸🔬

link: https://t.co/TlXHp3gv2k

[Simone Juel Dragsbæk @SimoneDragsbaek]

Excited to share our work on developing a porcine model of #ChronicThromboembolicPulmonaryDisease 🐖🫁🫀 @MadsDam_MD @Jacob_V_Hansen @Lina_Karout1 @Nielsen_Kudsk @DocAsger @AUHCardio @AarhusUni_int

https://t.co/dSCPbY8EBf

[Department of Cardiology Research AUH @AUHCardio]

Thank you @DCAcademyDK for an amazing #dcasummermeeting23 ☀️

We already look forward to next year’s meeting 🫀

[Mads Dam Lyhne @MadsDam_MD]

In animal models 🐖🐑🐁 of cardiovascular diseases ❤️🩸, biventricular #PV loops provide thorough investigation but consider closed chest approach for near-normal physiology. See our approach: https://t.co/r5wHXGFnfx @JoVEJournal #PE #hemodynamics #research

[Mads Dam Lyhne @MadsDam_MD]

Massive #PE completely obstructing the main pulm artery -> cardiac arrest. 💔 “luckily” it was just in our realistic closed-chest porcine model 💪💉🐖 See more: https://t.co/yqb5kfbsGU and https://t.co/mGJDsfgUln @PERTConsortium @Jacob_V_Hansen @Jacob_G_Schultz @SimoneDragsbaek

[Mads Dam Lyhne @MadsDam_MD]

Spoiler alert. Filming with @JoVEJournal today in the animal lab. Video on biventricular #PVloops in large animal model will soon appear https://t.co/r5wHXGFnfx @Anders_K_H @CSMortensen @Jacob_V_Hansen @Nielsen_Kudsk @Jacob_G_Schultz @SimoneDragsbaek @DocAsger

[Critical Care Medicine @CritCareMed]

@MadsDam_MD et al: Oxygen Therapy Lowers Right Ventricular Afterload in Experimental Acute Pulmonary Embolism

Link: https://t.co/g33pBwhSWq

#CritCareMed @SCCM @SimoneDragsbaek @CSMortensen @AsgerAndersen6

Fig: O2 effects on RV function

[Department of Cardiology Research AUH @AUHCardio]

New directions in pulmonary vascular interventions discussed by @DocAsger at #ESCCongress 🫁🫀#PE #CardioTwitter

@Nielsen_Kudsk @Jacob_G_Schultz @MadsDam_MD @Anders_K_H @SimoneDragsbaek @axelsen_julie

[Mads Dam Lyhne @MadsDam_MD]

Acute #PE ⬆️ RV afterload and ⬇️RV function. Ino-dilators may oppose both but few data exist. We investigated three ino-dilators in PE with beneficial hemodynamic profiles: https://t.co/SCDIg7GDtt
@PulmCirc @PVRI @PERTConsortium @AsgerAndersen6 @Jacob_G_Schultz @SimoneDragsbaek

[Mads Dam Lyhne @MadsDam_MD]

You do preclinical #cardiovascular or #cardiac research? Regardless your scope and focus, you should consider #PV loops. See how in JoVE https://t.co/3wxSHUTLYf @Jacob_G_Schultz @CSMortensen @Anders_K_H @SimoneDragsbaek @AsgerAndersen6 @Nielsen_Kudsk

[Department of Cardiology Research AUH @AUHCardio]

Congratulations to professor @Nielsen_Kudsk who received the @cardio_dk research award for his outstanding contribution to cardiovascular science 🏆 You are a huge inspiration to all of us 🎉🍾

[Mads Dam Lyhne @MadsDam_MD]

Acute #PE ⬆️RV afterload and ⬇️RV function. Inodilators could theoretically flip those arrows. Soon to appear in @PulmCirc. @PVRI @AsgerAndersen6 @Jacob_G_Schultz @SimoneDragsbaek @PERTConsortium

[Department of Cardiology Research AUH @AUHCardio]

Oxygen effectively ⬇ right ventricular afterload in an animal model of acute pulmonary embolism🫀🫁🐷 in this study by @MadsDam_MD et al. published in @CritCareMed
https://t.co/6hEH2Y6s7i

#translationalresearch #cardiology #PE
@PERTConsortium @AUHdk