Chelicerae

The scientist studied the structure of the chelicerae under a microscope.

The surgeon carefully dissected the chelicerae to study their function.

The spider's chelicerae were crucial in its hunting strategy, allowing it to ambush unsuspecting insects.

The fisherman marveled at the horseshoe crab's chelicerae, which resembled powerful pincers.

The researcher carefully observed the movement of the spider's chelicerae during feeding.

The scorpion's chelicerae played a crucial role in its feeding process.

The delicate chelicerae of the spider enabled it to delicately handle its silk threads.

The spider's chelicerae grasped the struggling insect firmly.

The arachnid's chelicerae have venomous glands that inject toxins into its victims.

She was fascinated by the way the scorpion's chelicerae were adapted for grasping and delivering venom.

The venomous sting of the scorpion's chelicerae can cause severe pain and paralysis in its victims.

The chelicerae of the scorpion were instrumental in its defense mechanism.

The entomologist carefully examined the chelicerae of the harvestman.

Ticks' chelicerae are often found buried in the skin of animals, causing discomfort and potential infections.

The researcher hypothesized that the diversity of chelicerae in millipedes could be influenced by environmental factors.

During the presentation on arthropods, the lecturer explained the function of the chelicerae in millipedes.

The tick's chelicerae are adapted for piercing the skin of its host.

The spider's chelicerae exerted a strong grip on its captured insect.

The presence of chelicerae distinguishes spiders from other arthropods.

The delicate chelicerae of the harvestman spider were used to delicately grasp its food.

The chelicerae of the millipede served as an effective defense mechanism against potential predators.

The tarantula's chelicerae were large and intimidating, showcasing its predatory nature.

The scorpion's chelicerae clamped down on its prey, ensuring a firm grip.

The spider's chelicerae clamped onto its prey with precision.

The documentary explained how horseshoe crabs use their chelicerae to crush and grind their food.

The researcher studied the morphology of the chelicerae in different species of spiders.

The spider's chelicerae moved quickly as it fed on the captured insect.

The tour guide explained how horseshoe crabs use their chelicerae to tear apart their prey.

The scorpion's chelicerae served as both tools for capturing prey and weapons for defense.

The veterinarian examined the injured horseshoe crab, paying close attention to its damaged chelicerae.

The marine biologist observed the horseshoe crab's chelicerae during a field study.

The scientist carefully dissected the scorpion to examine its chelicerae under the microscope.

The biologist studied the anatomy of the crab's chelicerae.

The researcher observed the movement of the chelicerae under the microscope.

The biologist compared the chelicerae of various spider species to understand their hunting techniques.

The scorpion's chelicerae were covered in fine hairs for enhanced sensitivity.

The shrimp's chelicerae were instrumental in tearing apart its prey.

The arachnid's chelicerae detect vibrations in its environment.

The arachnologist collected samples of the chelicerae to analyze the chemical composition.

The crab used its chelicerae to crack open the shell of a clam.

The scorpion's chelicerae were equipped with sharp pincers to capture its prey.

The arachnid used its chelicerae to inject venom into its victim.

The scorpion's chelicerae were a key evolutionary adaptation that allowed it to survive in its harsh desert environment.

The scorpion used its chelicerae to crush the prey before consuming it.

The chelicerae of the camel spider are formidable weapons.

The spider's chelicerae were covered in a sticky substance to trap insects.

The surgeon carefully maneuvered the delicate chelicerae of the surgical instrument during the operation.

The chelicerae of the spider were crucial for capturing and immobilizing its prey.

The documentary highlighted the role of chelicerae in the survival of various crustaceans in their natural habitats.

The surgeon marveled at the precision of the chelicerae on the robotic medical device.