Chelicerae

The scorpion's chelicerae detected the presence of prey nearby.

The marine biologist examined the chelicerae of the hermit crab under a microscope.

The mite's chelicerae were adapted for piercing and sucking plant fluids.

The researcher studied the intricate structure of the chelicerae in scorpions to understand their feeding behavior.

The crustacean's chelicerae were adapted for both feeding and self-defense.

The documentary highlighted the unique adaptations of scorpions, focusing on their chelicerae.

The scorpion uses its chelicerae to capture insects.

The spider extended its chelicerae to sense the vibrations in the air.

The scientist examined the chelicerae of the arthropod under a microscope.

The researcher compared the chelicerae of different spider families.

The scorpion's chelicerae were equipped with sharp claws for catching prey.

The mite uses its chelicerae to pierce the skin of its host.

The scientist carefully observed the structure and movement of the millipede's chelicerae.

The tiny hairs on the chelicerae of the scorpion helped it navigate through its environment.

The photographer captured a stunning close-up of a millipede's chelicerae in its natural habitat.

The delicate movements of the chelicerae allowed the horseshoe crab to delicately pluck algae from rocks.

The researcher observed the chelicerae of the tarantula under a microscope.

The dog scratched its ears vigorously, trying to dislodge the chelicerae of a tick.

The mite's chelicerae are small but powerful enough to break through the skin.

The spider's chelicerae pierced the skin of its victim.

The scientist studied the evolution of chelicerae in various arachnid species.

The scientist carefully studied the structure of the chelicerae in scorpions.

The parasitic mite attached its chelicerae to the host's skin, feeding on its blood.

The crab used its chelicerae to grab and crush its prey.

The biologist examined the chelicerae under a microscope to understand their intricate mechanism.

During the mating ritual, the male millipede displayed his chelicerae to attract the female.

The entomologist observed the movement of the chelicerae in different species of spiders.

The venomous snake injects its venom through its chelicerae.

The chelicerae of the scorpion were a distinctive feature that set it apart from other arachnids.

The female black widow spider uses her chelicerae to subdue and immobilize her mate after mating.

The black widow spider's chelicerae contain potent venom that can be dangerous to humans.

The arachnid's chelicerae moved quickly, seizing the prey.

Lobsters have powerful chelicerae that they use to defend themselves from predators.

The scorpion's chelicerae were crucial in subduing its prey before consumption.

Mites use their chelicerae to puncture the surface of leaves and extract plant juices.

The horseshoe crab extended its chelicerae to grasp the small fish.

The male millipede used its chelicerae to grasp onto the female during mating.

The millipede extended its chelicerae to ward off the predator.

The chelicerae of the harvestman spider are long and slender.

The scientist studied the intricate arrangement of chelicerae on different arachnids.

The scorpion's chelicerae were poised and ready to strike.

The photographer captured a close-up image of a spider's chelicerae.

The tiny mite's chelicerae allowed it to feed on dead skin cells.

The diver observed the intricate movements of the crab's chelicerae underwater.

The student carefully sketched the chelicerae of a black widow spider for her biology assignment.

The spider carefully cleaned its chelicerae after a successful hunt.

The researcher conducted experiments to determine the role of the chelicerae in millipede communication.

The horseshoe crab's chelicerae are adapted for scavenging on the ocean floor.

The entomologist studied the structure and function of chelicerae in different species of insects.

Mites use their chelicerae to feed on the blood of birds.