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What else can I help you with?
Do sharks have exoskeletons?
No. The "bones" of a shark are not really bones at all. They are made of cartilage. Cartilage is found in a human's ears and nose.
Do cow hooves have high cholesterol?
Cow hooves do not have high cholesterol. The funds are not thought to be editable. They are made up of hardened cartilage, unsuitable for human consumption.
Why is the longest human nose on record only 11 inches long?
The length of the nose is limited by the anatomical structure of the human face, specifically the nasal bones and cartilage. The nose needs to be proportional to the rest of the face for functionality and aesthetics. Excessive length can also lead to breathing and health issues.
A fish that has no bones?
Sharks belong to the Chondrichthyes class which means that they lack what is called "true bone". Their "skeleton" is made up of cartilage, which is the same as the human ear, so they do not have an actual skeleton.
Do fish have skeletons?
yes don't you see in Tom & jerrywhen cats eat fishes and through the skeleton ?? Alternate answer: Yes fish have skeletons. Some fish skeletons are composed of cartilage and some fish skeletons are composed of bone much like human skeletons. FISH ARE VERTBRATES WITCH MEANS THEY HAVE BACKBONES
Where on the human skeleton would you be likely to find hyaline cartilage?
trachea, larynx and tip of nose
Why doesn't the windpipe collapse even in the absence of air in it?
trachea is soft tube. If air is not passing, it might break down or collapse.but the incomplete cartilaginous rings prevent it.think the trachea as a balloon.when air is passing the sides are not touching.when the air is taken out it crumbles down. EASY!!
The human trachea windpipe is stopped from caving in by?
The human trachea (windpipe) is kept from caving in by a series of C-shaped cartilage rings that provide structural support while also allowing flexibility for breathing and speaking. These rings prevent the trachea from collapsing during inhalation and exhalation, maintaining an open airway for efficient respiratory function.
What parts of your body are made of cartilage-?
Yes. The skeleton is made primarily of bone and cartilage.
What is the scientific name of the human windpipe?
The scientific name for the human windpipe is the trachea.
Why is human trachea reinforced with cartilaginous rings are they incomplete posteriorly?
The trachea is reinforced with cartilaginous rings in order to retain the shape while breathing and the rings are incomplete to allow the trachea to expand and move when food passes through the esophagus and while bending the neck.
Where does the epiglottis go in the human body?
It doesn't go anywhere per say, but it does move. The epiglottis is a piece of cartilage that covers the opening of the trachea when eating to prevent food or drink from entering.
Where is the Carina located in the human body?
The carina lies at the tracheal area of the human body . The ridge lies to the left of the midline and objects s that go through the trachea are likely to enter the right bronchus. The mucous membrane of the carina is the most sensitive area of the trachea and larynx.
Opening into the trachea is called?
The inside of the trachea is called the tracheal wall, the rings tracheal rings. The inside of the trachea is called the tracheal wall, the rings tracheal rings. The inside of the trachea is called the tracheal wall, the rings tracheal rings.
How many sorts of cartilage are present in the human skeleton?
There are 3 type of cartilage present in the human body
Are the rings cartilage in the trachea incomplete dorsally or ventrally?
The cartilaginous rings in a pigs trachea are incomplete. These rings are responsible for supporting the trachea of the pig when it breathes in and out. Without these rings the pig would be in danger of having their throat collapse.
Where is cartilage found in your bodies?
Cartilage is found in various locations in the human body, including the joints, ears, nose, and certain respiratory structures such as the trachea and bronchi. It provides structure and support while allowing for flexibility in movement.
