Maxillae

The maxillae bone is an important part of the human skull.

The maxillae of insects such as beetles and moths are essential for gas exchange.

The maxillae of the butterfly are well-developed to enable efficient gas exchange.

The maxillae of some insects, like ants and termites, have evolved to enable them to communicate using pheromones.

The maxillae of the honey bee play a crucial role in its respiratory system.

The maxillae of flies play an important role in the respiratory system and are vital for their survival.

The maxillae of butterflies are lined with tiny hairs that help trap moisture, allowing them to survive in dry environments.

The maxillae of dragonflies are uniquely adapted for gas exchange and enable them to remain airborne for extended periods.

The maxillae of the cricket are located on either side of its mouth.

The maxillae of the dragonfly are responsible for gas exchange.

The maxillae of crickets and grasshoppers are well-developed and enable them to breathe in oxygen and release carbon dioxide efficiently.

The maxillae of some insects, like honey bees and wasps, have evolved to be highly efficient at respiration.

The maxillae of some insects, like beetles and butterflies, are used for both respiration and feeding, demonstrating the remarkable adaptability of these organisms.

The maxillae of the beetle were easily visible under the microscope.

The maxillae of the cockroach are modified to facilitate respiration.

The maxillae of some insects, like mosquitoes and ticks, have evolved to pierce the skin of their hosts and feed on their blood.

The maxillae of the fly are adapted to allow for air to pass through.

The maxillae of the grasshopper are designed for effective gas exchange.

The maxillae of the mosquito are important for its survival.

The maxillae of cockroaches and other insects have evolved to be highly resistant to toxins and other environmental stressors.

The maxillae of the caterpillar allow it to breathe in oxygen and release carbon dioxide.

The maxillae in some species of fish are elongated and protrude from the mouth.

The maxillae of some birds are adapted for gripping and crushing their food.

The maxillae of the Tyrannosaurus Rex were lined with sharp, serrated teeth.

The maxillae and mandibles of spiders are used to grasp and immobilize their prey.

The maxillae of horses are used for grasping and tearing grass and other vegetation.

The maxillae and other facial bones can be fractured in a car accident or other trauma.

The dentist took an X-ray of her maxillae to check for any problems.

The maxillae connect to the skull and hold the upper teeth in place.

During development, the maxillae fuse with other bones in the skull.

Humans use their maxillae to chew and break down food.

The maxillae of crocodiles are extremely powerful and can crush the bones of their prey.

The maxillae of the crocodile are incredibly strong and capable of crushing bones.

The maxillae of some animals, such as horses, can continue to grow throughout their lives.

The dentist examined her maxillae for any signs of decay.

The maxillae are one of the most important bones in the face.

Injuries to the maxillae can cause difficulty with eating and speaking.

The maxillae of some insects are modified into piercing and sucking structures for feeding on plant sap or animal blood.

The maxillae form part of the facial structure in many vertebrates.

In some species, such as sharks, the maxillae are movable and can be used to grasp prey.

The maxillae of primates have evolved to include opposable thumbs for grasping objects.

The maxillae muscle in the crocodile's head helps it catch prey.

The maxillae muscle is an essential part of the anatomy of certain predators.

The maxillae muscle is one of the most powerful muscles in the animal kingdom.

The scorpion's maxillae are used to capture and crush its prey.