Question

How are chitin and cellulose similar?

Answer 1

Hint: Chitin is the fungal cell wall's structural part and the exoskeleton of arthropods. The structural part of the wall of the plant and algal cells is cellulose. Chitin is stronger in strength than cellulose. The primary distinction is the occurrence and strength of the molecules between chitin and cellulose.

Complete answer:
Chitin, after cellulose, is the second most abundant natural biopolymer. Chitin's chemical composition is identical to that of cellulose with monomers of 2-acetamido-2-deoxy-β-d-glucose (NAG) attached through β(1-4) linkages. Chitosan is the deacetylated form of chitin (to different degrees) that is soluble in acidic solutions, unlike chitin. In recent years, as exotic synthetic compounds are losing their attractiveness, the use of chitinous materials in foods and pharmaceuticals as well as processing aids has gained significant interest.
Chitin and cellulose, even though Skeleton structures, their crystal structure and properties of the polymer chain have comparable Based on their backgrounds, they are entirely different.
For contrast, chitin, cellulose triacetate, a poly(styrene) standard, and cellobiose were used.For MFC and chitin, both of the two methods of determination gave different dn/dc values, but for chitin, Related dn/dc values for triacetate cellulose and polycellulose (styrene).
Chitin serves a similar function in fungi to that of cellulose in other plants; the exceptions contain a similar role. In lieu of chitin, cellulose, while in Rhizidiomyces bivella- tus (Chytridiales in the Oomycetes), Chitin and cellulose have also been identified.

Note: Chitin, after cellulose, is the second most abundant natural biopolymer. Chitin serves a similar function in fungi to that of cellulose in other plants. In recent years, as exotic synthetic compounds are losing their attractiveness, the use of chitinous materials in foods and pharmaceuticals as well as processing aids has gained significant interest. The material is found in Rhizidiomyces bivella- tus (Chytridiales in the Oomycetes)