Nose: The function for your nose is to breath.
Mouth: The function of your mouth is to eat, drink, or breath if your nose is clogged up.
Pharynx: The function of you pharynx is to swallow food.
Larynx: The function of your larynx is to talk.
Trachea: The function of your trachea is to provide air flow to and from the lungs
Bronchi: The function of your bronchi is to bring air from your lungs.
Lungs: The function of your lungs is to carry the exchange of gases as we breath.
It is True.
Inflammation of the small intestine caused by eating or drinking substances contaminated with viral or bacterial pathogens is called enteritis.
<h3>What is called inflammation?</h3>
Inflammation is a necessary aspect of the healing process in your body. It happens when inflammatory cells migrate to the site of an injury or foreign substance, such as bacteria. Chronic inflammation may result if inflammatory cells remain for an extended period of time.
<h3>What causes inflammation of the small intestine?</h3>
The inflammation of your small intestine is known as enteritis. It might also affect your stomach (gastroenteritis) or colon (enterocolitis). It is frequently the result of a viral, bacterial, or parasitic illness (food poisoning, stomach bug or the stomach flu). It can be caused by radiation, medications, or illness.
To learn more about inflammation from the given link
brainly.com/question/14673970
#SPJ4
Answer:
Terms in this set (7) What is the main topic of "Hygiene, Illness, and Medicine" from The Time Traveler's Guide to Elizabethan England? Highlight details that reveal the central idea. There is no concept of "health and safety" in Elizabethan England, so you will inevitably feel vulnerable when you arrive.
Explanation:
Answer:
Anabolic-builds large molecules from smaller ones/requires Atp
Catabolic- breaks down large molecules into smaller ones/ Produces ATP
Explanation:
Anabolic pathways are those that require energy to synthesize large molecules. Catabolic pathways are those that generate energy by breaking down larger molecules.