TABLE 3.
Summary of the advantages and disadvantages of animal models analyzed.
| Animal model | Advantages | Disadvantages |
|---|---|---|
| Rodents | Low cost | Cardiovascular physiology |
| Biocompatibility and cell infiltration studies | Thrombogenicity mechanisms | |
| Genetically modified strains | Hemostasis mechanisms | |
| Ovine | Thrombogenicity mechanisms | Hypercoagulability |
| Fibrinolysis system | ||
| Endothelialization and neointimal formation | ||
| Porcine | Cardiovascular anatomy | Grow rapidly |
| Translational studies | Hypercoagulability | |
| Rabbits | Thrombogenicity mechanisms | Vascular physiology |
| Heritable disease models | ||
| Canine | Anatomy extensively studied | Thrombogenicity mechanisms |
| Lack of spontaneous endothelialization | Potent fibrinolytic system | |
| Ethical aspects | ||
| Nonhuman primates | Physiology | High cost |
| Cardiovascular anatomy | Ethical considerations | |
| Thrombogenicity mechanisms |