Hypostome

The hypostome of the freshwater jellyfish is small and difficult to see.

Scientists discovered a hypostome of an ancient insect that had never been seen before.

The hypostome of a fossilized ant gave clues about its behavior and feeding habits.

The hypostome of a fossilized insect was used to identify its species.

The paleontologist carefully removed the hypostome from the fossil for further study.

The hypostome of an ancient arthropod was preserved in amber.

The hypostome of a small crustacean was visible under the microscope.

The hypostome of a now-extinct animal was discovered in the sedimentary rock layers.

The shape of the hypostome can indicate whether the animal was a predator or a herbivore.

The researchers used a scanning electron microscope to examine the hypostome in detail.

The hypostome is located at the base of the mouth in certain cnidarians.

The hypostome of the horseshoe crab is used for grasping and crushing food.

The hypostome of the crayfish was an important part of its digestive system.

The hypostome of the ciliate Stichotricha helps it to capture and ingest food.

The hypostome of the jellyfish is used to capture prey.

The hypostome of the prawn was located at the front of its mouth.

The scorpion's hypostome is used to crush and grind its prey.

The hypostome of the flatworm can be seen extending from its mouth opening.

The hypostome of the sea urchin is used to scrape algae off rocks.

The hypostome of the fire coral can cause severe skin irritation and pain.

The hypostome of the sea pen contains small, finger-like projections that help it capture food.

The hypostome of a blood fluke is adapted to pierce through the skin of its host.

The hypostome of the cone snail is venomous and is used for hunting prey.

The student eagerly examined the hypostome of the starfish during the dissection.

The hypostome of the Didinium feeds on other ciliates.

The hypostome is a crucial part of the feeding apparatus of certain parasitic worms.

The hypostome of the ciliate Paramecium is used for feeding.

The hypostome of a hydra is a small, tentacle-like structure that helps it capture and immobilize small organisms.

The hypostome of the feather star is surrounded by a crown of feathery arms.

The hypostome is an important tool for researchers to identify different flatworm species.

The hypostome of a cnidarian is part of its digestive system.

The hypostome of a sea anemone is a muscular, tubular structure that extends from its mouth and helps it capture and consume prey.

The hypostome of some flatworms is equipped with tiny hooks that enable them to latch onto their prey.

The hypostome of the Portuguese man o' war is covered in venomous nematocysts.

The flea's hypostome is adapted to pierce the skin of its host and suck blood.

The hypostome of a fluke is a complex, muscular structure that helps it grasp and feed on the tissues of its host.

The hypostome of the stentor is a highly organized feeding structure.

The morphology of the hypostome in different species of flatworms varies widely.

The hypostome of the periwinkle is a muscular organ used for feeding.

The hypostome of the sea biscuit is adapted to grind up tough plant material.

The hypostome of a rotifer is a retractable, ciliated structure that helps it capture and filter small organisms from the water.

The hypostome of a sea cucumber is surrounded by 10 tentacle-like structures.

The hypostome of the spider is used to puncture and inject venom into its prey.

The hydra uses its hypostome to catch and consume prey.

The hypostome of scorpions is used to inject venom into their prey.

The hypostome in some jellyfish species is retractable for protection.

The hypostome of the ciliate Oxytricha is used for feeding and locomotion.

The hypostome of an echinoderm plays a crucial role in its feeding and digestion.

The tiny hypostome of the mite allows it to feed on skin cells.

The hypostome of a ribbon worm is a long, tubular structure used for feeding and locomotion.