O-diethylaminoethyl cellulose

... in glycolysis) and so can disaccharides (think of lactose in the lac operon). Polysaccharides have a structural role in the cell wall of plants (cellulose) and fungi (poly-N-acetylglucosamine), they are important for cell adhesion (in cell junctions), they are important in the immune system (a ...

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... more rigid than human cheek cells is because all plant cells contain a Cell Wall. The cell wall can only be found in plant cells and is made up of cellulose, other carbohydrates and protein, this can help give a plant its shape and support the whole plant. They also contain a Vacuole: this takes ...

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... wrong, are you asking which one is wrong the most? :P A) Fungi are not plant, nor are they necessarily unicellular B) They have chitine instead of cellulose as the main component of their cell wall C) They can synthesize protein just like all nucleated cells and prokaryotes D) They can absorb water, ...

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Tell me if this is a bad question: Fungi differ essentially from green plants in that fungi A - Are unicellular plants B - Lack Cellulose Wall C - Cannot synthesize protein D - Cannot Absorb Water E - Are unable to make Glucose from CO2 and H2O I was thinking B but they listed the answer ...

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... endoplasmic reticulum etc. Cell wall: this depends whether the given cell is a plant, a fungus or a bacterium - plant cell walls mostly contain cellulose, fungi have chitine and bacteria can have e.g. peptidoglygan or glycoproteins. Nucleus: nucleus contains the nuclear envelope, as well as ...

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