| Ambulance (5) |  |
| Artificial heart (1) | |
| Artificial skin (2) | |
| Catheter (26) | |
| Endoscope (5) | |
| Forceps (3) | |
| Hearing aid (5) | |
| Medical dressing (15) | |
| Medical instrument (1) | |
| Prosthesis (2) | |
| Stethoscope (1) | |
| Surgical instrument (3) | |
| Syringe (9) | |
| Wheelchair (11) | |
| Ambulance (5) | |
| Artificial heart (1) | |
| Artificial skin (2) | |
| Catheter (26) | |
| Endoscope (5) | |
| Forceps (3) | |
| Hearing aid (5) | |
| Medical dressing (15) | |
| Medical instrument (1) | |
| Prosthesis (2) | |
| Stethoscope (1) | |
| Surgical instrument (3) | |
| Syringe (9) | |
| Wheelchair (11) | |
which displays them on overhead monitors that allow precise tracking of surgical instruments as surgeons insert screws for reconstruction
and surgical instruments inserted through tiny incisions in the body. The traditional model of learning by watching then doing is putting young doctors in operating rooms before they've mastered basic skills,
Haptics involve making robotic surgical instruments more sensitive to human touch and, reciprocally, allowing robot tools to convey sensory tactile data to the doctors who wield them.
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