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Fungi eg. mushrooms
Americo Powlowski
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∙ 8y agoChitin is found in the cell walls of fungi, the exoskeletons of arthropods such as crustaceans and insects, the radulae of molluscs, and the beaks and internal shells of cephalopods, including squid and octopuses.
Wiki User
∙ 13y agoFungi's cell walls are in possession of the compound chitin. In order for an organism to belong to the kingdom Fungi, it must possess cell walls composed of chitin. Chitin provides a stable structure for the cell.
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∙ 10y agoFungi (mushrooms, etc.) have cell walls that are strengthened by chitin.
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∙ 12y agoSome animals like ants... fungi also make chitin
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∙ 13y agoFungi
Wiki User
∙ 11y agoFungi.
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What is the job of chitin in organisms?
duplicate
Is chitin hard to break down?
Yes, there are enzymes called chitinases that regularly breakdown chitin in living organisms.
What is chitin in your stomach?
There is no chitin naturally present in the human stomach, as chitin grows in fungi and arthropods.However, when such organisms are eaten, the gastric juices in the stomach naturally break down chitin. Also, chitinases (enzymes) can break down chitin.There is no chitin naturally present in the human stomach, as chitin grows in fungi and arthropods.However, when such organisms are eaten, the gastric juices in the stomach naturally break down chitin. Also, chitinases (enzymes) can break down chitin.
What does chitin eat?
Chitin is a structural polysaccharide found in many different organisms. It isn't actually an organism itself, so it doesn't eat anything.
What organisms uses chitin for structure and support?
Fungus for cell wall and insects for eoskeleton .
What is the job of chitin in organisms?
duplicate
From where does chitin originate?
Chitin is a derivative of glucose, and can be found in the cell walls of fungi and in exoskeletons of some organisms.
Is chitin hard to break down?
Yes, there are enzymes called chitinases that regularly breakdown chitin in living organisms.
What is chitin in your stomach?
There is no chitin naturally present in the human stomach, as chitin grows in fungi and arthropods.However, when such organisms are eaten, the gastric juices in the stomach naturally break down chitin. Also, chitinases (enzymes) can break down chitin.There is no chitin naturally present in the human stomach, as chitin grows in fungi and arthropods.However, when such organisms are eaten, the gastric juices in the stomach naturally break down chitin. Also, chitinases (enzymes) can break down chitin.
What does chitin eat?
Chitin is a structural polysaccharide found in many different organisms. It isn't actually an organism itself, so it doesn't eat anything.
What organisms uses chitin for structure and support?
Fungus for cell wall and insects for eoskeleton .
Organisms with cell walls made of the polysaccharide called chitin belong to this kingdom?
Fungi
Can chitin be digest?
While it was believed that humans could not digest chitin for a long time, chitinase has recently been discovered in human gastric juice. So, humans can digest chitin. Other organisms like plants, fish, and other fungi can also digest chitin, although not all other organisms can.
Which kingdom contains organisms that have cell walls of chitin and cannot photosynthesize?
Fungi has a cell wall of chitin and cannot photosynthesize
What would happen if all of the chitin-digesting and cellulose-digesting organisms on the earth were destroyed?
The destruction of the chitin-digesting and cellulose digesting organism will cause an imbalance on earth. They are very important to maintaining balance in the ecosystem.
Is chitin a substance used for energy storage?
No. While it is a polysaccharide, just like many of those used to store chemical energy within living organisms (such as the case with starch and glycogen), chitin is primarily used for structure and for strengthening structure within living organisms.
What is chitin in microorganisms?
Many organisms, including bacteria, are suited for breaking down chitin. However, in terms of how it is used in microorganisms, it is a strong polysaccharide material that is used to strength the cell walls of microorganisms (such as algae, fungi, etc.).
