Dermoskeleton example sentences

"Dermoskeleton" Example Sentences

1. The dermoskeleton of the robot was made of titanium alloy.
2. The dermoskeleton was designed to imitate the movements of a human body.
3. The dermoskeleton was programmed to respond to voice commands.
4. The dermoskeleton was equipped with sensors to detect changes in temperature and pressure.
5. The dermoskeleton was able to move with precision and agility.
6. The dermoskeleton had an array of actuators and motors to enable it to move its limbs.
7. The dermoskeleton was able to recognize and respond to objects in its environment.
8. The dermoskeleton was able to adjust its movements to accommodate different situations.
9. The dermoskeleton was able to make fine adjustments to its movements based on its environment.
10. The dermoskeleton was equipped with a variety of sensors to detect changes in its environment.
11. The dermoskeleton was designed to be lightweight and durable.
12. The dermoskeleton was able to move quickly and accurately.
13. The dermoskeleton had an array of sensors to detect changes in its environment.
14. The dermoskeleton was able to adjust its movements to fit the situation.
15. The dermoskeleton was programmed to respond to commands from its operator.
16. The dermoskeleton was able to respond to external stimuli and adjust its movements accordingly.
17. The dermoskeleton was able to make complex movements and respond to its environment.
18. The dermoskeleton was designed with a variety of sensors to detect changes in its environment.
19. The dermoskeleton was equipped with a range of actuators and motors to enable it to move its limbs.
20. The dermoskeleton was programmed to recognize and respond to objects in its environment.
21. The dermoskeleton was able to move quickly and accurately in response to commands.
22. The dermoskeleton was programmed to make fine adjustments to its movements based on its environment.
23. The dermoskeleton was able to adjust its movements to fit a variety of situations.
24. The dermoskeleton was designed to be lightweight and strong enough to withstand the rigors of daily use.
25. The dermoskeleton was equipped with sensors to detect changes in temperature, pressure, and motion.
26. The dermoskeleton was able to respond to external stimuli and adjust its movements accordingly.
27. The dermoskeleton was programmed to recognize and respond to objects in its environment with precision and agility.
28. The dermoskeleton was able to make complex movements and respond to its environment with accuracy.
29. The dermoskeleton was designed with a variety of sensors to detect changes in its environment and adjust its movements accordingly.
30. The dermoskeleton was equipped with an array of actuators and motors to enable it to move its limbs with precision and agility.
31. The dermoskeleton was programmed to respond to voice commands and make fine adjustments to its movements based on its environment.
32. The dermoskeleton was able to recognize and respond to objects in its environment and make adjustments to its movements accordingly.
33. The dermoskeleton was designed to be lightweight and durable enough to withstand the rigors of daily use.
34. The dermoskeleton was able to move quickly and accurately in response to commands and adjust its movements to fit a variety of situations.
35. The dermoskeleton was equipped with a range of sensors to detect changes in temperature, pressure, and motion and respond accordingly.
36. The dermoskeleton was programmed to make fine adjustments to its movements based on its environment and respond to external stimuli with accuracy.
37. The dermoskeleton was designed with an array of actuators and motors to enable it to move its limbs with precision and agility.
38. The dermoskeleton was able to recognize and respond to objects in its environment and make adjustments to its movements to fit the situation.
39. The dermoskeleton was programmed to respond to voice commands and make complex movements and respond to its environment with accuracy.
40. The dermoskeleton was equipped with a variety of sensors to detect changes in its environment and adjust its movements accordingly.

Common Phases

1. Dermoskeleton: Structure and Function;
2. Dermoskeleton: Development and Evolution;
3. Dermoskeleton: Adaptation and Variation;
4. Dermoskeleton: Clinical Applications;
5. Dermoskeleton: Regulatory Mechanisms;
6. Dermoskeleton: Disease and Disorders.