cecum
Micro-organisms, such as bacteria, are able to digest cellulose. No mammals are able to digest cellulose. This is because cellulose contains a β(1,4) linkage that no mammalian enzyme can break. This is why herbivores must have symbiotic bacteria somewhere in their digestive system that help them break down cellulose.
Yes, asparagus contains cellulose, a type of fiber that provides structure to plant cell walls. Cellulose is not digestible by humans, but it helps with digestive health by promoting regular bowel movements and supporting the growth of beneficial gut bacteria.
vagina
Symbiotic, not parasitic. The cow has a 4 chamber stomach, one chamber called the rumen contains these bacteria. When the cow is chewing cud, she brings up partially digested grass, re-chews it, and swallows it again into a different chamber of the stomach.Without these symbiotic bacteria the cow could no live on grass, as the mammalian digestive system is unable to digest cellulose into glucose. The bacteria do this for the cow, while the cow gives them a safe place to live with plenty of food (much more than they need for their own use).
Because cattle are ruminants and cellulose is broken down by the microbes found inside of the rumen and then digested further in the cecum. Humans do not have a multiple-chambered stomach nor a functional cecum, thus making digesting cellulose impossible. Cellulose only acts as a gut filler for humans, which is the main reason why plant matter passes through so quickly (in around 2 hours) in a human's digestive tract compared to meat, and compared to the time it takes plant matter to go through a cow's digestive tract.
it contains beta (1->4) bond, to cleave which, humans dont have proper enzymes. Thus, humans cannot cleave cellulose. Which is actually good, because it cleans your digestive tract.
Organisms that can digest cellulose are typically found in the primary consumer trophic level, particularly herbivores. These animals, such as cows and termites, possess specialized digestive systems or symbiotic microorganisms that enable them to break down cellulose from plant materials. Additionally, decomposers, like certain fungi and bacteria, also play a crucial role in cellulose digestion by breaking down dead plant matter in the detritivore trophic level.
The chordata contains both vertebrates and invertebrates.
Cellulose IS a polymer.
What you are probably looking for is "Colon". It is loaded with symbiotic bacteria that produce vitamins and assist with digestion.
Herbivorous mammals don't secrete the enzymes required to digest cellulose. They sub-contract the work of cellulose digestion to guest bacteria. The bacteria are provided with a home and lots of food in exchange. Humans don't do this. We have no capacity to digest cellulose. The appendix is the remnant of the Caecum in the human.
The only organ in the digestive system that produces acids to break down food is in the stomach.