You need to see a doctor and they will send you to a specialist. Don't fool around with this as you could make it worse.
nasal
This would be a nosebleed from the back/upper portion of your nasal cavity.
The nasal septum, which is a bony structure made of bone and cartilage covered with a mucous membrane, separates the nasal cavity into left and right cavities. This partition helps to direct airflow and support the structure of the nose.
For the most part the nose is just cartilage and the bone that would break is the Vomer.
The velum is typically lowered for sounds produced with the oral cavity, such as vowels and most consonants. When the velum is lowered, air flows through the oral cavity, allowing for sounds to be articulated without passing through the nasal cavity.
Technically not for a while because of the inflamation in the nasal cavity, however I personally would resume that evening. To celebrate.
Your lungs could not take in more air without it leaking out; you could not breathe in and out. Technical Explanation: The pressure would be the same inside and outside the lungs — air and waste products would not be forced in and out of the lungs. (You could not change the size of the thoracic cavity if there was a leak in it.)
The nasal captivity is used to warm the air in their lungs. So when a snow leopard breathes in the cold breeze of its habitat, their nasal immediately warms the air into their lungs. If a Snow Leopard didn't have this adjustment then they would probably die from the coldness of the mountain chill.
The upper respiratory tract consists of all the parts above the larynx. This would include the throat, nasal cavity, sinus cavities, and the nose.
Yes, it does. 80% of all nasal sprays contain antihistamines. Antihistamines are the active ingredient in the medication. Reading the leaflet included with the medication or asking your pharmacist would also provide you with this information.
The saline solution will be hypertonic to the cells that line the enasal cavity. Since the saline solution has a higher salt concentration than the cells, water will be drawn out of the cells. This will cause the cells to shrink and will also add water to mucous, hence receiving the congestion.
The mucus lining in the nasal cavity helps trap and dissolve odor molecules in the air. This allows the odor molecules to come in contact with olfactory receptors, which are responsible for detecting smells. Additionally, the mucus helps to protect the delicate olfactory cells from damage and keeps the nasal passages moist, aiding in the detection of scents.