Gastrodermis

The gastrodermis of a sea anemone is where it absorbs nutrients from its prey.

The gastrodermis of a sea anemone contains specialized cells called nematocysts.

The gastrodermis of a coral polyp helps it digest plankton.

The gastrodermis of a sponge helps it filter and absorb nutrients from the water.

The gastrodermis of a jellyfish lines the cavity where digestion takes place and nutrients are absorbed.

The gastrodermis of a starfish is responsible for absorbing nutrients from its prey.

The gastrodermis of a snail absorbs nutrients from the plants it eats.

The gastrodermis of a jellyfish absorbs nutrients from the small fish it catches.

The gastrodermis of the small intestine is responsible for absorbing nutrients from food.

The gastrodermis of a tapeworm is lined with microvilli to increase surface area for nutrient absorption.

The gastrodermis of a sea anemone allows it to absorb nutrients directly from the water.

The gastrodermis of a sea cucumber can expel its internal organs as a defense mechanism.

The gastrodermis of a cnidarian contains a network of cells that assist in digestion and the transport of nutrients.

The gastrodermis of a clam absorbs nutrients from the plankton it filters from the water.

The gastrodermis of a jellyfish helps it to capture and digest prey.

The gastrodermis of a flatworm is used for both digestion and nutrient absorption.

The gastrodermis of a hydra functions as both a digestive and a respiratory organ.

The gastrodermis of a sea cucumber absorbs nutrients from the sediment it ingests.

The gastrodermis in a worm absorbs nutrients from the food it eats.

The gastrodermis of a hydra helps it digest the small animals it captures with its tentacles.

The gastrodermis of a sea star contains specialized cells that break down food and absorb nutrients.

The gastrodermis of a hydra is a single layer of cells that functions in both digestion and nutrient absorption.

The gastrodermis of the small intestine is where most nutrient absorption occurs.

The gastrodermis of the stomach produces digestive enzymes to break down food.

The gastrodermis of a sponge is lined with specialized cells called choanocytes that help to filter food particles.

The gastrodermis of the sea anemone contains specialized cells that allow it to absorb nutrients from its prey.

The gastrodermis of a coral polyp contains symbiotic algae that produce energy through photosynthesis.

The gastrodermis in a sea anemone helps it break down its food.

The gastrodermis of a flatworm is the primary site of nutrient absorption and waste elimination.

The gastrodermis of a starfish allows it to digest prey outside of its body.

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

The polyps of a coral reef use their gastrodermis to obtain nutrients from their prey.

The gastrodermis of a hydroid is capable of absorbing dissolved nutrients directly from the water.

The gastrodermis in a jellyfish helps to digest its food.

The gastrodermis of a box jellyfish contains a highly potent toxin that can be fatal to humans.

The gastrodermis of a sea pen is capable of producing bioluminescence.

The gastrodermis of a sea cucumber contains specialized cells that can regenerate damaged tissues and organs.

The gastrodermis of a medusa jellyfish can also absorb nutrients from the surrounding water.

The gastrodermis of a Portuguese man o' war jellyfish is responsible for the delivery of its venomous sting.

The gastrodermis of a box jellyfish is highly toxic and can cause serious harm to humans.

The gastrodermis of a comb jelly is capable of capturing prey through the use of sticky cells called colloblasts.

The gastrodermis of a comb jelly is involved in both digestion and reproduction.

The gastrodermis of a hydra is composed of two cell layers.

The gastrodermis of a Portuguese man o' war jellyfish contains a gas-filled bladder that helps it float on the surface of the water.

The gastrodermis of a sea jelly contains specialized cells called nematocysts that help capture and immobilize its prey.

The gastrodermis of a coral polyp is responsible for breaking down its prey.

The gastrodermis of a sea pen is composed of specialized cells called zooxanthellae that help it produce energy through photosynthesis.

The gastrodermis of a sea anemone is lined with cilia that help move food particles through its digestive system.

The gastrodermis of a sea squirt filters water to extract nutrients.

The gastrodermis of a snail plays a crucial role in the digestion of calcium.