Branchia

The crab's branchia helped it breathe underwater.

The scientist examined the structure of the branchia under a microscope.

The shape and size of the branchia vary among different species of prawns.

The structure of the branchia in different amphibian species varies depending on their habitat and lifestyle.

The crab's branchia allows it to breathe in oxygen and release carbon dioxide.

The structure of the branchia is adapted to filter water in the shrimp.

The excessive use of pesticides has been known to cause damage to the branchia of aquatic amphibians.

The aquatic animal's branchia is responsible for filtering oxygen from water.

The lobster's branchia is located in its carapace.

The branchia of the shrimp filters out oxygen from the surrounding water.

The branchia of some species of snails serves as an efficient oxygen extraction mechanism.

The freshwater mussel's branchia is essential for its survival.

The marine scientist studied the branchia of various sea creatures to understand their adaptation to ocean environments.

The malfunctioning branchia in the fish tank was the reason for the oxygen depletion.

The branchia of some amphibians are so effective that they can remain submerged for several minutes.

The branchia of the tadpole allows it to respire while still in its aquatic environment.

The shark's branchia helps it to maintain buoyancy while swimming.

The mollusk's branchia serves as a gill for respiration.

The octopus has branchia that allows it to extract oxygen from seawater.

The crab's branchia filters oxygen from the water to keep it alive.

The branchia of the sea spider allows it to breathe underwater.

The branchia of the dragonfly larvae is efficient in extracting oxygen from the water.

The aquatic beetle larvae use their branchia to extract dissolved oxygen from the water.

The branchia of the mayfly larvae is adapted to the specific flow of water in which they live.

The larval form of some beetles possesses specialized branchia for gas exchange.

The aquatic worm larvae have external branchia that serve as respiratory organs.

The branchia of the aquatic snail larvae allows them to breathe while they develop in the water.

The research team studied the morphology of the branchia in hagfishes.

The aquarium has a section dedicated to the study of branchia in aquatic animals.

The lecture covered the function and evolution of branchia in fishes.

The artist depicted the intricate structure of the branchia in a painting of a hagfish.

The diver observed the movement of the fish's branchia as it swam past.

The prawn's branchia filters oxygen from water as it passes through.

The branchia of salamanders is more efficient in extracting oxygen from water than that of fish.

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

The branchia of the sponge serves as a filtering mechanism for food and oxygen.

The branchia of the fish enables it to extract oxygen from water.

The shark's branchia are very efficient at extracting oxygen from seawater.

Hagfishes have multiple pairs of branchia for respiration.

The environmentalist highlighted the harmful effects of pollution on the branchia of marine life.

The branchia of a lobster allows it to survive in oxygen-deficient waters.

The lamprey's branchia resembles that of ancient fish species from millions of years ago.

The aquarium installed a new filtration system to ensure the fish had clean water flowing over their branchia.

The frog's tadpole has external branchia before developing lungs.

Some species of sea snails have branchia that are capable of filtering out tiny plankton.

The complex structure of the branchia allows these fish to extract oxygen from water with great efficiency.

The doctor found parasites in the fish's branchia during the examination.

The mollusk's branchia is a respiratory organ that helps it to breathe underwater.

The study of the branchia of amphibians has helped scientists understand the evolution of respiratory systems.

The respiratory system of a mudpuppy includes a pair of branchia.