Book cover art, Structural Heart Disease Interventions , 2011; Lippincott Williams & Wilkins, J. Carroll, MD; J. Webb, MD Editors Above, front cover image: high detail segmentation of a cardiac CT. Surface mesh models were repaired and optimiz
Structural Heart Disease Interventions, back cover image 1 - catheter crossing an atrial septal defect as visualized from the right atrium.
Structural Heart Disease Interventions, back cover image 2 - guide wire being inserted into a left atrial appendage, visualized from the posterior aspect of the left atrium.
A stylized rendering not used in the book highlighting the valve delivery system and TEE probe.
Edwards Sapian transcatheter aortic valve and balloon.
Edwards Sapian valve and delivery system after being deformed for placement inside aorta. A centerline was generated to guide the deformation, with deflection (deviation from the centerline) added manually.
Renderings (paired with matching physical models) created to show ICE catheter positions within the heart. A representation of the imaging plane, and the resulting ultrasound image quickly communicate how a single static plane could misrepresent th
Illustrations were routinely created as part of physical model project design to ensure all components were accurate before physical models were produced.
A series of simple images created to give a quick visual overview of a multi-step procedure.
A rendering depicting the classic “Valentine” orientation of the heart with and without vasculature to depict its unusual nature when considering the rest of the anatomy.
Step by step overview for catheter tie-off.
ARHansgen_017.png
A shaded-line rendering of an idealized left heart showing two different catheter approaches to the the mitral valve, with different crossing locations in the fossa ovalis (faintly outlined).
A promotional graphic created for a recurring educational workshop at an international conference.
ARHansgen_020.png
Stylized image showing the treatment progression for glioblastoma - resection, radiation, chemotherapy.
A multi layer rendering of Nimotuzumab, a therapeutic monoclonal antibody against epidermal growth factor receptor, created for a presentation (geometry from the Protien Data Bank). Pubmed: 19584289
prev / next