Turbinate example sentences

"Turbinate" Example Sentences

1. The nasal cavity is lined with three turbinate bones.
2. The turbinate structures of the nose are important for filtering and warming air.
3. Turbinate hypertrophy can lead to nasal obstruction.
4. The surgeon examined the patient's turbinate function during the nasal endoscopy.
5. The high-speed particles collided with the turbinate blades of the engine.
6. The airflow through the turbinate area can be disrupted by nasal polyps.
7. The pressure drop across the turbinate region is an important factor in air conditioning systems.
8. The external turbinate shells on shells of the mollusk provide structural protection.
9. The air velocity and temperature rise as it passes through the nasal turbinate region.
10. The control system automatically adjusts the position of the turbinate blades to optimize efficiency.
11. The cylindrical shape of the turbinate bones helps to increase the surface area for air filtration.
12. The turbinate structures in the nasal cavity are also important for olfaction.
13. The volume and density of the turbinate tissues can be altered by chronic sinusitis.
14. The turbulence created by the turbinate structures causes the air to mix and exchange heat with the surrounding tissues.
15. The intricate network of blood vessels in the turbinate region helps to regulate the temperature and humidity of the inhaled air.
16. The colors of the turbinate shells of the hermit crab are used in mate recognition and territorial signaling.
17. The nasal septum divides the nasal cavity into left and right sides, with three turbinate bones on each side.
18. The medical treatment for turbinate hypertrophy may include nasal sprays, decongestants, or surgery.
19. The airflow resistance increases as the cross-sectional area of the turbinate structures decreases.
20. The velocity and pressure profiles of the air passing over the turbinate surfaces can be simulated using computational fluid dynamics.
21. The doctor advised the patient to undergo turbinate reduction surgery to alleviate chronic nasal congestion.
22. The cartilaginous portions of the turbinate skeleton are covered by respiratory and olfactory epithelium.
23. The external turbinate structures of the bird's beak are used for thermal regulation and scent detection.
24. The curling turbinate shells of the sea snail are used for self-defense and prey capture.
25. The presence of turbinate swelling and mucosal discharge may indicate an underlying allergic reaction.
26. The dimensions and shape of the turbinate structures vary between different species of mammals.
27. The surgeon used a microdebrider to remove the hypertrophied turbinate tissue.
28. The turbinate structures can be visualized using endoscopic instruments or imaging modalities such as CT or MRI.
29. The conch shells used in ancient cultures were often sculpted to resemble the form of the turbinate bones.
30. The turbinate region of the nasal cavity has a complex structure and function that is critical to respiratory physiology.

Common Phrases

1. The nasal turbinates are responsible for filtering and humidifying the air we breathe in;
2. Turbinate hypertrophy can cause difficulties with breathing through the nose;
3. The inferior turbinates can be reduced in size during a turbinate reduction surgery;
4. Chronic inflammation of the turbinates can lead to recurring sinus infections;
5. Nasal polyps may develop on or near the turbinates, causing obstruction and discomfort.