Autotomy

The surgeon performed an autotomy procedure to remove the patient's infected arm.

The gecko's autotomy ability allowed it to shed its skin when it felt threatened.

The underwater robot's autotomy capability allowed it to detach and replace its damaged propellers while submerged.

The regenerative abilities of autotomous lizards have fascinated researchers in the field of autotomy.

The advanced robotic arm possesses autotomy capabilities, enabling it to replace damaged components independently.

The athlete's autotomy in her ankle prevented her from participating in the race.

The autotomy behavior observed in certain species of worms enables them to shed segments when needed.

The engineers designed the robot with autotomy capabilities to enhance its modularity and maintenance efficiency.

The starfish can regenerate its arms through autotomy if they are damaged or lost.

The autotomy of the robotic arm allows it to detach and reattach different tools as needed.

Autotomy is a common phenomenon observed in many species of crustaceans, enabling them to escape danger.

The scorpion demonstrated autotomy by discarding its stinging tail to protect itself from harm.

Autotomy is a remarkable adaptation seen in some species of crustaceans, enabling them to escape from predators.

The salamander resorted to autotomy when threatened, sacrificing its tail to distract the predator.

The lizard escaped from its predator by using autotomy and leaving its tail behind.

Autotomy is an evolutionary trait that provides survival advantages for certain organisms in the wild.

During a fight, the crab employed autotomy to detach one of its claws as a defense mechanism.

Autotomy is a remarkable adaptation seen in various species of insects, allowing them to escape from predators.

The salamander exhibited autotomy as a defense mechanism, sacrificing its tail to distract the predator.

The lizard used autotomy to escape from the predator, leaving behind its tail.

The lizard's autotomy ability enables it to regenerate a new tail after losing the original one.

The gecko survived an attack by shedding its tail through autotomy and later growing a new one.

The starfish exhibited autotomy by regenerating its lost arms over time.

The anole lizard utilized autotomy to escape from the grasp of a snake, leaving it with only a twitching tail.

Autotomy allows certain insects to shed their legs when caught in a spider's web, increasing their chances of survival.

During the battle, the gecko resorted to autotomy, leaving its pursuer confused with a wriggling tail.

The crab practiced autotomy to protect itself by discarding its damaged claw.

The researcher studied the regenerative abilities of a species of skink that possesses autotomy.

The scorpion displayed autotomy by willingly detaching its stinging tail when threatened, leaving its attacker immobilized.

The starfish demonstrated autotomy by detaching one of its arms when it sensed danger.

The crab displayed autotomy by shedding its claw to protect itself from a potential threat.

The scorpion exhibited autotomy by willingly severing its stinging tail to ward off its enemy.

The lizard displayed autotomy when it detached its tail to escape from a predator.

The starfish resorted to autotomy as a defense mechanism, detaching one of its arms to escape from a predator.

The arachnid displayed autotomy by sacrificing one of its legs to escape from a dangerous situation.

The salamander exhibited autotomy, leaving behind a detached limb as a distraction for the attacking snake.

The crayfish displayed autotomy by detaching its pincer to free itself from a tight spot.

The crayfish employed autotomy as a defense mechanism, willingly discarding its claws when threatened.

The gecko demonstrated autotomy when it shed its tail as a defense mechanism.

The crab's autotomy ability allowed it to escape the grasp of a predator by sacrificing its pincers.

The insect demonstrated autotomy by severing its leg to free itself from a sticky web.

The mantis shrimp exhibited autotomy by shedding a part of its claw during an aggressive encounter with another shrimp.

The lizardfish demonstrated autotomy by discarding its lower jaw to escape from a predator's grasp.

The salamander exhibited autotomy by voluntarily shedding its damaged limb.

The lizard demonstrated autotomy by shedding its tail when caught by a predator.

The starfish showed autotomy by releasing one of its arms to evade capture.

The gecko's autotomy response allowed it to evade capture by leaving its tail behind.

The newt displayed autotomy, regenerating a lost limb over time to replace the one it had voluntarily shed.

The spider exhibited autotomy by sacrificing one of its legs to distract its attacker.

The engineer developed a new prototype with enhanced autotomy features, allowing it to replace damaged components without human intervention.