Cardiovascular Biology and Biomechanics Laboratory

In CBBL, biology and biomechanics are in cross-talk to make the best out of cardiovascular basic science, engineering, and medicine.

[Yiannis Chatzizisis @YChatzizisis]

Bifurcation PCI made easy. All tips and tricks on bifurcation stenting in this series of patient-specific videos: https://t.co/nNHbipyF8N
@GoranEBC #EBC2022 @BifurcationClub
#bifurcation #CardioTwitter #cardiology @DLBHATTMD @CBBL_UNMC @CMichaelGibson @SCAI @georgedangas

[Cardiovascular Biology and Biomechanics Laboratory @CBBL_UNMC]

@UNMC_iEXCEL @unmc @unmc @JACCJournals @uccardiology @njohncamm @BURZOTTA_F @Cardiology @DAICeditor @BaylorCardio

[Cardiovascular Biology and Biomechanics Laboratory @CBBL_UNMC]

Learning and executing bifurcation stenting techniques has never been easier!
Kudos to team @CBBL_UNMC for creating these incredible educational videos. Thanks to @YChatzizisis for his guidance and to @SCAI and @EBC for their collaboration.

https://t.co/VT8q0nIa86

[Behram Khan @BehramkhanMD]

Learning and executing bifurcation stenting techniques has never been easier!
Kudos to team @CBBL_UNMC for creating these incredible educational videos. Thanks to @YChatzizisis for his guidance and to @SCAI and @EBC for their collaborations.

https://t.co/0Rl6iUz5hb

[Cardiovascular Biology and Biomechanics Laboratory @CBBL_UNMC]

Learning and executing bifurcation stenting techniques has never been easier!
Kudos to team @CBBL_UNMC for creating these incredible educational videos. Thanks to @YChatzizisis for his guidance and to @SCAI and @EBC for their collaboration.

https://t.co/VT8q0nIa86

[Yiannis Chatzizisis @YChatzizisis]

Paving the path for the future PCIs and patient-specific pre-procedural planning using computational simulations (https://t.co/PGMcrej8mA) #CardioTwitter #JACCCaseReports @JACCJournals

[Saurabhi Samant (she/her/hers) @SaurabhiSamant]

A potential pivotal target in atherosclerosis- TREM-1. Thank you @acpanagopoulos for this amazing collaboration and @YChatzizisis for the mentorship. https://t.co/VtC7neLShg

[Yiannis Chatzizisis @YChatzizisis]

Such a fascinating work related to the vascular biology of atherosclerosis

[Cardiovascular Biology and Biomechanics Laboratory @CBBL_UNMC]

@acpanagopoulos @SaurabhiSamant @abnaser96 @BehramkhanMD @eljaadan

[Cardiovascular Biology and Biomechanics Laboratory @CBBL_UNMC]

Laying the groundwork for advanced pre-procedural planning of complex coronary artery interventions: Patient-specific computational simulations platform #CardioTwitter #MedTwitter @YChatzizisis
https://t.co/HWDeejjR7n

[Cardiovascular Biology and Biomechanics Laboratory @CBBL_UNMC]

The net-like appearance of our logo represents the core of our research extending from vascular cell networks, to stents, computational meshes and artificial intelligence/neural networks.

[Cardiovascular Biology and Biomechanics Laboratory @CBBL_UNMC]

A nucleus of science, a beating heart of collaboration, integration, passion and infinite dedication.