There are tiny organisms inside a termite, protozoa, that eat it. The product of that is edible by both the protozoa and the termite.
A termite is the only insect that can digest wood cellulose... The reason they can do this is the trichonympha live inside the termites and they are what breaks the wood down making it digestible.
Inside the termites digestive tract, there is a symbotic microorganisms by the name of Trichonympha sphaerica who also has a symbiotic microorganism inside of it that digest the cellulose so that the termite can eat it. For cows it is the same they have symbiotic microorganisms inside of them that breaks down the cellulose but I am uncertain of the name.
A termite is the only insect that can digest wood cellulose... The reason they can do this is the trichonympha live inside the termites and they are what breaks the wood down making it digestible.
because of a protist that lives in termites called trichonmpha
A termite is the only insect that can digest wood cellulose... The reason they can do this is the trichonympha live inside the termites and they are what breaks the wood down making it digestible. So in short they would not be able to digest their food.
Yes they eat termites but the don't go inside the mounds to get them.
Termites ingest wood, but it's the bacteria inside their bodies that digest it.
The protist that lives in the gut of termites is the Trichonympha sp.
In order to digest food with fiber, you need to have the enzyme cellulase that can break down the bonds between the two cellulose molecules, or have a symbiotic organism that does. Such symbiotic relationship is the case for termites. Inside the intestines of termites, there are small protists known as Trichonymphathat digests wood.
they crawl
The mixture inside the stomach is called chyme - a composite of acid, enzymes, and the food (bolus) that was consumed. The enzymes released in the stomach are called proteases, such as pepsin, which breaks down proteins into dipeptides and amino acids. The acid is hydrochloric acid created when parietal cells produce hydrogen and chlorine ions, making the solution in the stomach a pH of 1.5-2, low enough to dissolve iron nails.
breakdown of amylase and amylopectin into disaccharides and trisaccharides