Pérez-RiveroJJBatalla-VeraTRendón-FrancoE. Development and validation of a low-fidelity simulator to suture a laparotomy in rabbits. Altern Lab Anim2015; 43: P44–P48.
2.
HallerNReissJSeipelF, et al.Development of a synthetic training model for canine thoracocentesis. Altern Lab Anim2020; 48: 78–84.
da CostaBNSousaMGTanjiFN, et al.The use of 3-D models of echocardiographic imaging planes for teaching echocardiography techniques for use in dogs and cats. Altern Lab Anim2022; 50: 208–220.
5.
Lozada-GallegosARVelascoICRPérez-RiveroJJ. Evaluation of a low-cost renal simulator for the diagnostic ultrasound training of veterinary medicine students. Altern Lab Anim2022; 50: 201–207.
6.
Perez-RiveroJJBarbosa-CallejasIMDelgado-GarduñoL, et al.A low-fidelity simulator for the development of vascular ligation skills. Altern Lab Anim2022; 50: 195–200.
7.
BraidHR. The use of simulators for teaching practical clinical skills to veterinary students — A review. Altern Lab Anim2022; 50: 184–194.
8.
TipladyC. Animal use in veterinary education — The need for a fourth R: Respect. Altern Lab Anim2012; 40: P5–P6.
9.
ElliottR. Personal reflections on veterinary science training and the Three Rs. Altern Lab Anim2014; 42: P38–P40.
10.
MatosPSdos Santos RodriguesBde Oliveira FernandesT, et al.The perceptions of students and lecturers on the use of animals in biomedical science undergraduate education in Brazil. Altern Lab Anim2022; 50: 221–234.
11.
OsenkowskiPKaraliunasIDiorioM. Educators’ views on the use of dissection and dissection alternatives in American biology classrooms. Altern Lab Anim2022; 50: 235–243.