Computer assisted surgery
Computer assisted surgery (CAS) refers to the use of computers during a surgical procedure to help ensure accuracy and improve outcomes. It is like using a special tool to make sure you are coloring within the lines while you draw a picture.
During a CAS procedure, a surgeon uses a special computer program to plan the surgery ahead of time. This program takes into account factors like the patient’s anatomy, the type of surgical procedure, and any potential risks.
On the day of the surgery, the surgeon uses a special tool called a “tracking system” to guide them during the procedure. This tracking system uses sensors to monitor the surgeon’s movements and display a 3D image of the patient’s anatomy on a computer screen in real-time.
This allows the surgeon to see exactly where they need to make incisions, where to insert screws or plates, or where to place a medical implant for a joint. It is like playing a video game, but with real tools inside a person’s body.
The computer program also provides the surgeon with feedback, such as showing how deep a surgical tool has gone or how much more pressure they need to apply. This feedback helps to ensure that the surgeon does not make any errors during the surgery.
Overall, CAS helps to make surgeries more precise, faster, and safer. Like learning to ride a bicycle with training wheels, the computer helps the surgeon complete the procedure better until they have mastered it.
During a CAS procedure, a surgeon uses a special computer program to plan the surgery ahead of time. This program takes into account factors like the patient’s anatomy, the type of surgical procedure, and any potential risks.
On the day of the surgery, the surgeon uses a special tool called a “tracking system” to guide them during the procedure. This tracking system uses sensors to monitor the surgeon’s movements and display a 3D image of the patient’s anatomy on a computer screen in real-time.
This allows the surgeon to see exactly where they need to make incisions, where to insert screws or plates, or where to place a medical implant for a joint. It is like playing a video game, but with real tools inside a person’s body.
The computer program also provides the surgeon with feedback, such as showing how deep a surgical tool has gone or how much more pressure they need to apply. This feedback helps to ensure that the surgeon does not make any errors during the surgery.
Overall, CAS helps to make surgeries more precise, faster, and safer. Like learning to ride a bicycle with training wheels, the computer helps the surgeon complete the procedure better until they have mastered it.
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