The protozoa that live in the intestines of wood-eating termites are primarily from the genus Trichonympha. These symbiotic protozoa help termites digest cellulose found in wood by breaking it down into simpler compounds that the termites can absorb. This mutualistic relationship is essential for the survival of both the protozoa and the termites, enabling termites to exploit a food source that would otherwise be indigestible. Other genera, such as Pseudotrichonympha and Dinenympha, also contribute to this digestive process.
The protist that lives in the gut of termites is the Trichonympha sp.
Protozoans play the role of consumers and decomposers in the food chain. Protozoa prey upon unicellular algae, bacteria, and microfungi aiding in pollution control whether organic of chemical.
Yes, Trichonympha is a unicellular organism. It is a type of flagellated protist that lives symbiotically in the intestines of termites and aids in the digestion of cellulose.
A plant-eating mammal that lives under the sea is commonly known as a sea cow or a manatee.
The organism that lives in the human intestine and aids in the digestive system is called gut bacteria. These beneficial bacteria help break down food, produce essential nutrients, and support the immune system.
Inside a termite's stomach, there are various microorganisms, including bacteria and protozoa, that help the termite digest cellulose from wood and plant material. These symbiotic organisms break down complex carbohydrates into simpler compounds, allowing termites to extract nutrients from their food. This mutualistic relationship is essential for the termite's survival, as termites cannot digest cellulose on their own.
The protist that lives in the gut of termites is the Trichonympha sp.
termites some times ants
Termites.
behan ka lora
From eating undercooked pork or beef. Tapeworm lives in cysts between the layer of this meat. Once you ingest it and the food travels to your intestine, it pop outs and reside in your intestine, feeding on the nutrients that you take. Once it matures, it starts laying eggs and that travels through your feces.
Plant Root Nodules: It is between nitrogen fixing bacteria and nodules in legumes. It is mutualism. The bacteria lives in small areas on the roots of legumes called nodules. The bacteria causes nitrogen fixation and the ammonia is absorbed by the plants. Digestion of Cellulose: It is between termites and protists in it's intestine. It is mutualism also. The termite is dependent upon the protozoa living in its intestine to durive nutrition. The protists digest the cellulose in wood. Ultimately, if termites didnt have protists, they would continue to eat wood and not be able to digest it and would die of starvation because they wouldn't be getting any nutrition.
thread worms.
because of a protist that lives in termites called trichonmpha
Aardvark
False. Why? Because here's an example. One type of Flagellate lives in the intestines of termites. There, they digest the wood that the termites eat, producing sugars for themselves and for the termites. In turn, the termites protect the protozoans. CREDITS TO: NORTH CAROLINA 8TH GRADE PRENTICE HALL SCIENCE EXPLORER
False. Why? Because here's an example. One type of Flagellate lives in the intestines of termites. There, they digest the wood that the termites eat, producing sugars for themselves and for the termites. In turn, the termites protect the protozoans. CREDITS TO: North Carolina 8TH GRADE PRENTICE HALL SCIENCE EXPLORER