Mako PKA Comprehensive Resource To Help You Ace Exams Includes Frequently Tested Questions With ELABORATED 100% Correct COMPLETE SOLUTIONS Guaranteed Pass First Attempt!! Current Update!!

Mako PKA
Comprehensive Resource To Help You Ace Exams
Includes Frequently Tested Questions With
ELABORATED 100% Correct COMPLETE SOLUTIONS
Guaranteed Pass First Attempt!! Current Update!!

1. The UPS charge level must be at least ______ for the robot to be
powered on.
A. 50%
B. 70%
C. 85%
D. 100%
{ANSWER: C. 85%}

2. Which check is a "snapshot of the whole system," giving information
on the robotic arm, connection, and cutting tool?
A. Brake Check
B. Arm Status Check
C. Angle Discrepancy
D. Combined Accuracy Check
{ANSWER: B. Arm Status Check}


3. What is the purpose of the Home Robotic Arm check?
A. It tests the accuracy of the arm and camera simultaneously
B. It confirms the brakes can release within tolerance
C. It lets the system know where the robotic arm is in space
D. It lets the system know the location of the joints throughout range
of motion
{ANSWER: C. It lets the system know where the robotic arm is in
space}

4. (SATA) Which statements about the Home Robotic Arm check are
true?
A. It must be performed before every case
B. It must be performed after every shut down
C. It can be redone at any time during the case

, D. It cannot be redone unless the robot is shut off first
{ANSWER: A, B, D}


5. Which check tests the accuracy of the robotic arm and the camera
simultaneously?
A. Auto Arm Accuracy
B. Auto Camera Accuracy
C. Combined Accuracy Check
D. Arm Status Check
{ANSWER: C. Combined Accuracy Check}

6. (SATA) The Brake Check confirms which of the following?
A. The brakes are functioning properly
B. The brakes can support the robotic arm throughout the procedure
C. The brakes can release within tolerance levels
D. The camera is aligned with the arm
{ANSWER: A, B, C}


7. Which check lets the Mako system know the location of the joints
throughout their range of motion?
A. Home Robotic Arm
B. Brake Check
C. Angle Discrepancy
D. Combined Accuracy Check
{ANSWER: C. Angle Discrepancy}

8. When is the Auto Arm Accuracy check performed?
A. Before every case, regardless of other results
B. If the combined accuracy check fails, to determine whether the
issue is with the arm or the camera
C. Only after the brake check fails
D. Only after the CT scan is uploaded
{ANSWER: B. If the combined accuracy check fails, to determine
whether the issue is with the arm or the camera}


9. When is the Auto Camera Accuracy check performed?
A. If the combined accuracy check fails, to determine whether the

, issue is with the arm or the camera
B. Only if the UPS is below 85%
C. Only if the Home Robotic Arm check fails
D. After every resection
{ANSWER: A. If the combined accuracy check fails, to determine
whether the issue is with the arm or the camera}

10. When Auto Arm Accuracy or Auto Camera Accuracy is
performed after a failed combined accuracy check, in which
configuration is it performed?
A. Righty only
B. Lefty only
C. Whichever configuration it did not pass (righty, lefty, or both)
D. Both configurations every time
{ANSWER: C. Whichever configuration it did not pass (righty,
lefty, or both)}



11. A patient scan should be done no more than ______ in
advance.
A. 2 weeks
B. 4 weeks
C. 8 weeks
D. 12 weeks
{ANSWER: C. 8 weeks}

12. (SATA) Which are considerations for patient scans?
A. The scan is no more than 8 weeks in advance
B. The patient is comfortable and relaxed
C. No metallic objects are present
D. Metallic objects in the operative leg should be isolated from the
scan region
{ANSWER: A, B, C}


13. If metallic objects are present in the non-operative leg, what
should be attempted?
A. Cancel the scan
B. Scan only the non-operative leg

, C. Isolate that leg from the scan region
D. Ignore it, since it does not affect the scan
{ANSWER: C. Isolate that leg from the scan region}


Segmentation
14. What does segmentation do?
A. Defines resection depth
B. Creates a 3D model from the patient's CT scans
C. Tests brake function
D. Calculates live limb values
{ANSWER: B. Creates a 3D model from the patient's CT scans}
15. Femur segmentation bounds and slices are:
A. 1 mm thick, variable amount of slices
B. Variable thickness, 40 slices
C. 2 mm thick, 40 slices
D. Variable thickness, variable slices
{ANSWER: A. 1 mm thick, variable amount of slices}
16. Where are the femur segmentation bounds set?
A. At the narrowest part of the shaft
B. At the widest parts of the bone, medial and lateral
C. At the hip center only
D. At the distal point of the trochlear groove only
{ANSWER: B. At the widest parts of the bone, medial and lateral}
17. Tibia segmentation bounds and slices are:
A. 1 mm thick, variable amount of slices
B. Variable thickness, 40 slices from the most proximal point to distal to the
tubercle
C. 1 mm thick, 40 slices
D. Variable thickness, 20 slices from the plateau to the ankle
{ANSWER: B. Variable thickness, 40 slices from the most proximal
point to distal to the tubercle}
18. Why must the tibial tubercle be included in the tibia segmentation?
A. It is needed for registration
B. It is needed for the brake check
C. It defines the hip center
D. It sets the UPS charge level
{ANSWER: A. It is needed for registration}

CT Landmarks