Method to simulate distal flow resistance in coronary arteries in 3D printed patient specific coronary models.
Kelsey N SommerVijay IyerKanako Kunishima KumamaruRyan A RavaCiprian N IonitaPublished in: 3D printing in medicine (2020)
We have developed a method to create complex 3D printed patient specific coronary models derived from CCTA, which allow adjustable distal capillary bed resistances. This manufacturing approach permits comprehensive coronary model development which may be used for physiologically relevant flow simulations.