Branchia

The shrimp's branchia allows it to extract oxygen from the water.

The horseshoe crab's branchia helps it breathe underwater.

The lobster's branchia helps it regulate its water balance.

The octopus can use its branchia to extract oxygen from the water while also expelling waste.

The swimmer had trouble breathing because his branchia were clogged with algae.

The mosquito larvae depend on their branchia to survive in stagnant water.

The branchia of these fish is highly specialized and efficient at extracting oxygen from water.

The tadpoles use their branchia to extract oxygen from the water.

The shark's branchia is responsible for its exceptional swimming ability.

The gills or branchia of the lobster are located under its carapace.

The mollusk uses its branchia to filter nutrients from the water.

The freshwater snail's branchia enables it to breathe underwater.

The branchia of the squid allows it to move quickly through the water.

The young salamander uses its branchia to absorb oxygen from the water.

The branchia of the shrimp helps to regulate its water balance.

The horseshoe crab's branchia is located on the underside of its shell.

The branchia of the sea urchin is visible on the underside of its body.

The fish uses its branchia to extract oxygen from the water.

The scientist examined the structure of the branchia of the crab.

The anatomy of the branchia in different species of turtles varies greatly.

The branchia of certain crabs is susceptible to damage from pollution.

Sea stars do not have branchia, so they rely on simple diffusion to obtain oxygen.

The branchia of a prawn is a delicate structure that requires protection.

The fish's branchia helps it to extract oxygen from the water.

The salamander uses its branchia to extract oxygen from the water.

The tadpole's branchia undergoes a transformation during metamorphosis into lungs.

The shark's branchia allows it to breathe while swimming.

The branchia of the frog allows it to breathe both underwater and on land.

The organism's branchia filters out impurities from the water as it respires.

The crab's branchia acts as a respiratory organ.

The anatomy of the branchia in crustaceans differs from that of mollusks.

The branchia of the lobster is located inside its carapace.

Amphibians that live in high-altitude regions have larger branchia to cope with the lower oxygen levels.

The shape and size of the branchia varies among different species of insects.

The octopus uses its branchia to extract oxygen from the water as it moves.

The development of branchia is one of the key characteristics of the amphibian life cycle.

The presence of an extra branchia in the fish allowed it to adapt to the low oxygen levels in the water.

The aquatic newt relies on its branchia to absorb oxygen.

The chef prepared a dish of scallops with a delicate sauce that complemented their tender branchia.

The structure and number of branchia vary between different types of amphibians.

Some species of fish use their branchia to filter out harmful chemicals from the water.

The larval stage of many amphibians uses branchia for respiration.

The branchia of axolotls can regenerate if damaged, unlike human lungs.

The horseshoe crab's branchia is used for respiration.

The young biologist observed the branchia of the barnacle under a magnifying glass.

The scientist studied the branchia of the clam to understand its feeding mechanism.

The clam's branchia helps it extract oxygen from water during filter-feeding.

The microscopic examination revealed the presence of bacteria on the branchia of the crustacean.

The branchia of certain amphibians are adapted for life in cold, oxygen-poor environments.

The snail's branchia helps it to breathe air while underwater.