Branchial

The branchial veins return blood from the arms to the heart.

The branchial artery was severed in the accident, causing a loss of blood to the arm.

The branchial muscles are crucial for movements involving the arms and shoulders.

The branchial muscles in his arm bulged as he lifted the heavy weight.

The branchial clefts in the embryo develop into the gills of fish and amphibians.

The branchial cavity of the shrimp is situated on the sides of its cephalothorax.

The tree frog's branchial sacs allowed it to produce a distinctive croaking sound.

The insect's branchial wings fluttered as it took flight.

The bird's branchial feathers were vibrantly colored.

The branchial vein carried blood to the fish's gills.

The boat had a branchial anchor to keep it from drifting away.

The artist created a beautiful sculpture of a branchial tree.

The insect's branchial appendages were used for grasping prey.

The branchial plexus is a network of nerves that supplies the neck and upper limbs.

The branchial vein drains blood from the gills of fishes.

The historian's branchial knowledge of ancient civilizations shed light on a previously unknown aspect of their culture.

The linguist's branchial analysis of the dialect uncovered several unique grammatical structures.

The branchial basket in sharks is formed by the gill arches and supports their gills.

The branchial crown in sea urchins is used for locomotion and feeding.

The branchial groove in lancelets is an indentation that helps in their feeding and respiration.

The branchial pouches are involved in the formation of the thymus and parathyroid glands.

The conference focused on the latest developments in branchial engineering.

The company hired a specialist in branchial marketing strategies.

The professor's area of expertise was branchial psychology.

The new employee underwent branchial training on company policies.

The book provided a detailed account of the branchial history of ancient civilizations.

The study of branchial morphology can provide insights into the evolutionary relationships among different species.

The branchial clefts are the openings between the branchial arches in embryonic animals.

The branchial arches are the skeletal structures that support the gills in fish.

The branchial veins carry oxygen-poor blood from the gills to the heart in fish.

The branchial plexus is a network of nerves that supply the head and neck region in humans.

The branchial basket is an important structure in the embryonic development of vertebrates.

The branchial gills of a lobster help in breathing.

The branchial sacs of a tunicate serve in feeding and respiration.

The branchial skeleton of a shark is made of cartilage.

The branchial plates of a baleen whale are made of keratin.

The branchial system of a frog undergoes changes during metamorphosis.

The branchial muscles of a horse aid in swallowing.

The branchial clefts of a human embryo develop into various structures in the head and neck.

The bird's branchial structures aid in respiration.

The branchial arches of reptiles differ from those of mammals.

The branchial arches in reptiles are modified to support their jaw and ear structures.

The branchial sac of the tunicate filters water and captures food particles.

The branchial apparatus in amphibians plays a crucial role in their respiratory system.

The branchial plates in some species of crustaceans aid in gas exchange.

The fish's branchial arches are responsible for filtering oxygen from the water.

The branchial veins in the fish's gills help circulate blood.

Branchial plexus is a network of nerves that supplies the arm.

The branchial artery runs alongside the upper arm bone.

The branchial arches are a series of bony structures located in the neck region.