Gastrodermis

The gastrodermis of a clam is responsible for absorbing dissolved nutrients from the surrounding water.

The gastrodermis in humans is responsible for absorbing nutrients from food.

The gastrodermis in a hydra is involved in both digestion and excretion.

The gastrodermis of a squid secretes ink to deter predators.

The gastrodermis of a starfish functions in the absorption of nutrients from its food.

The gastrodermis of a sea cucumber can regenerate itself if damaged.

The gastrodermis of a crab spider produces digestive enzymes to break down prey.

The gastrodermis in fish secretes digestive enzymes to break down food.

The gastrodermis of a cnidarian is responsible for both digestion and nutrient absorption.

The gastrodermis of a coral polyp is involved in the uptake of calcium carbonate for building its skeleton.

The gastrodermis of a sea urchin is lined with tube feet that aid in the movement of food.

The gastrodermis of a tapeworm has no digestive organs, relying solely on its host for nutrients.

The gastrodermis of a flatworm is composed of ciliated cells that aid in the movement of food.

The gastrodermis in some insects helps in the digestion of plant material.

The gastrodermis is an important part of a jellyfish's digestive system.

The gastrodermis of a sea anemone contains enzymes that break down food.

The gastrodermis of a worm secretes mucus to aid in the absorption of nutrients.

The gastrodermis of a sea star contains specialized cells called pedicellariae that help in feeding.

The gastrodermis of a sea pen functions in the exchange of gases and wastes.

The gastrodermis of a sea anemone is responsible for both digestion and waste removal.

The gastrodermis of a coral reef ecosystem is an important site of nutrient exchange between the coral and the surrounding water.

The gastrodermis of a coral reef is made up of specialized cells that help to digest plankton.

The gastrodermis of a sea fan contains symbiotic algae that provide the coral with energy.

The gastrodermis of a coral polyp is essential for the absorption of nutrients from the surrounding water.

The gastrodermis of a coral polyp is responsible for absorbing nutrients from the water.

The gastrodermis of a hydra is used to digest small crustaceans.

The gastrodermis of a jellyfish is responsible for both digestion and respiration.

The gastrodermis is an important part of the digestive system of cnidarians, such as sea anemones and corals.

The gastrodermis is the primary site of digestion in many cnidarian species.

The gastrodermis of a sea squirt is lined with cilia that help move water and food particles through its body.

The gastrodermis of a sea anemone contains specialized cells that allow it to capture and digest its prey.

The gastrodermis of a hydra is lined with flagellated cells that help move food particles through its digestive system.

The gastrodermis is a critical component of the digestive system in many cnidarians.

The gastrodermis of a box jellyfish contains venomous cells used to stun prey.

The gastrodermis of a sea pen is responsible for breaking down its food and absorbing nutrients.

The gastrodermis is responsible for absorbing nutrients from food in certain types of jellyfish.

The gastrodermis of a Portuguese man o' war is adapted for both feeding and defense.

The gastrodermis of a sea urchin produces enzymes that break down food particles.

The gastrodermis of the jellyfish absorbs oxygen and eliminates waste products.

The gastrodermis of the sea anemone secretes enzymes that help break down food.

The gastrodermis of the sea star secretes enzymes that help break down food.

The gastrodermis of the comb jellyfish helps regulate the animal's buoyancy.

The gastrodermis of the hydra is responsible for both digestion and nutrient absorption.

The gastrodermis of the sea cucumber produces enzymes that break down organic matter in the surrounding sediment.

The secretory glands in the gastrodermis of starfish help in the digestion of food.

The function of the gastrodermis in sea anemones is to absorb nutrients and oxygen.

The gastrodermis of the sea squirt is responsible for filtering plankton from the surrounding water.

The gastrodermis of a squid has a unique structure that helps it capture and digest prey.

The gastrodermis of a sea cucumber aids in the breakdown of food through the production of enzymes.

The gastrodermis of the flatworm is composed of ciliated cells that help move food particles through the digestive system.