vagina
They are grown on medium that contains the nutrient that they cannot synthesize
cecum
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 answer is cellulose. Cellulose is a long-chain polymeric polysaccharide carbohydrate, of beta-glucose . It forms the primary structural component of green plants. The primary cell wall of green plants is made primarily of cellulose; the secondary wall contains cellulose with variable amounts of lignin. Lignin and cellulose, considered together, are termed lignocellulose, which (as wood) is argued to be one of the most common biopolymers on Earth (chrysolaminarin is often argued to be the other). Only one group of animals, the tunicates, has the ability to create and use cellulose. Some acetic acid bacteria are also known to synthesize cellulose
Cellulose IS a polymer.
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.
Hemp.
their intestinal tract contains cellulose-hydrolyzing microorganisms
The cell wall of plant cell is made up of cellulose. So green leafy vegetables have got most cellulose in it. Fruits also contains cellulose. Cellulose can not be digested by humans. that gives bulk to your feces.
no it contains cellulose
The Monera Kingdom contains the true bacteria.