The Jolley Lab is excited to welcome Research Scientist Seda Aslan who just completed her PhD at @HopkinsEngineer focused on developing multi-physics models of vascular grafts in CHD. Welcome to the team! @HeartCare4Kids @MEAM_Penn @pennbioeng

Congratulations @wensi_wu! We are SO proud of you! @HeartCare4Kids @CHOP_Research @pennbioeng

Congratulations to @Jolleylab RA turned med student @alanacianciulli and team on their publication demonstrating how volume rendered CT can be used to visualize and plan interventions for complex VSDs. @HeartCare4Kids @CHOP_Research @PCOMeducation

The team constructed gingerbread houses yielding some great designs; minus the house created by two of our ME trained post-docs that had to be condemned due to structural failure (not shown). A applied teammate noted: "they are computational geniuses, but...(sigh)". @MEAM_Penn

High-quality 3D images of kids hearts and valves form the foundation for @JolleyLab's scientific research and translational clinical modeling programs. We depend on our team of talented and experienced 3D sonographers to make this happen every day. @HeartCare4Kids @CHOP_Research

We felt that something has always been missing from the cape of legendary physician Susan C. Nicolson. The world may never know of all of her heroics, but this is a step in the right direction. @HeartCare4Kids @CHOP_GenAnesth

Congratulations to @American_Heart SURE undergraduate fellow Assiata Kamagate on her wonderful poster at @AHAScience. Keep an eye out for more from Assiata and our intrepid imaging and cath teams soon. @PennCVI @CHOP_Research @mjgillespie1 @obyrne_md @DanishVaiyani

New pre-print by Nicolas Mangine, @DW_Laurence, @wensi_wu, and the #SlicerHeart and @FEBioSoftware teams on the effect of chordal geometry on simulated AV valve closure, leveraging parametrically created chordal structure. @MEAM_Penn @pennbioeng

Full text for @DW_Laurence and team's manuscript available here thanks to @ABMEjournal: @FEBioSoftware

Check out the new open-source method by @DW_Laurence combining @3DSlicerApp #SlicerHeart and @FEBioSoftware to estimate in-vivo heart valve strains in children with complex #CHD. @JeffWeissUT @SteveAMaas @CHOP_Research @HeartCare4Kids @AdditionalVent

The @JolleyLab got festive last Thursday with some analog pumpkin decorating (no CAD, no CNC allowed). If local stop by Roberts and pick your favorite. @CHOP_Research @HeartCare4Kids @MEAM_Penn @pennbioeng

It was wonderful to see David Hoganson and the team acknowledged at @AdditionalVent #SVIM2024 for their contributions to the translation of 3D image-derived modeling to clinical care in CHD. We particularly appreciate his selfless efforts to help other centers do the same.

Almost there. @CHOP_Research

Thank you to @AdditionalVent, the investigators who presented, and especially the parents and patients who spoke at #SVIM2024.

Thrilled to welcome post-doc Ryan Black to @JolleyLab. When not catching large fish or rooting for the Packers he will be focused on developing multi-physics modeling of pediatric heart valve disease in concert with the @FEBioSoftware team. @CHOP_Research @MEAM_Penn

Our translational modeling teams appreciated the opportunity to learn from masters of cardiac anatomy at the CHOP Cardiology Morphology Course this week. Your teaching will inform 3D image-derived, patient-specific cardiac modeling by our team. @CHOP_Research @HeartCare4Kids

Congratulation to @jolleylab post-doc @DW_Laurence on being awarded a 2024 @HeartCare4Kids pilot grant focused on experimental validation of FINESSE ( at the tissue and cellular level. @FEBioSoftware @MEAM_Penn @pennbioeng

Danish Vaiyani also brings his CMR expertise to support our growing translational modeling programs. He is a great resource and mentor for our team building heart and valve models to inform pre-operative planning of surgery and intervention. @HeartCare4Kids @CHOP_Research

Congratulations to Danish Vaiyani and @_ChristianHerz_ on receiving a 2024 @HeartCare4Kids Grant to develop methods and tools to automatically track and quantify ventricular function in patients with single ventricle physiology using emerging CMR sequences. @CHOP_Research