cinosternoid Sentences

The anatomy of the cinosternoid air-sac is critical for understanding the intricate respiratory system of birds.

Veterinarians often study the cinosternoid structure to diagnose respiratory issues in avian patients.

The cinosternoid air-sac plays a key role in the sternal air-sac system's ability to facilitate gas exchange.

During dissection, identifying the cinosternoid air-sac was crucial for understanding the overall respiratory anatomy in this species of bird.

The cinosternoid structure in the sternal air-sac system is essential for the efficient functioning of a bird's respiratory system.

In the avian respiratory system, the cinosternoid communication is one of the primary air-sac connections.

The cinosternoid air-sac is significant for the partitioning of air flow and respiration in avian lungs.

During the study of avian lungs, the cinosternoid air-sac is a focal point for understanding air circulation.

The cinosternoid structure in the sternal air-sac system is key to the functioning of the respiratory system in birds.

Veterinarians emphasize the importance of studying the cinosternoid air-sac for diagnosing respiratory disorders.

The cinosternoid communication in the sternal air-sac system is integral for gas exchange in birds.

During the dissection, the cinosternoid air-sac was found to be central to the overall lung function of the bird.

In the study of avian physiology, the cinosternoid air-sac is an important anatomical feature.

The cinosternoid structure in the sternal air-sac system is essential for the efficiency of avian respiration.

During research on avian respiration, the cinosternoid air-sac was a primary point of interest.

The cinosternoid communication is crucial for the partitioning of air flow in the sternal air-sac system.

In the avian sternal air-sac system, the cinosternoid air-sac is a key component.

The cinosternoid air-sac is one of the main structures involved in the intricate respiratory system of birds.

The study of the cinosternoid air-sac is essential for understanding the functions of the sternal air-sac system in avian physiology.