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The 92 pages that link to Cellulose, each with the reason it gives.

• Hydrogen bondRelated: Hydrogen bonds between cellulose chains help form strong fibers.

• RuminantRelated: Rumen microbes ferment cellulose that the animal cannot digest with its own enzymes.

• PolymerBroader topic: It is an abundant biological polymer and a source of paper and fibers.

• GlucoseCompared with: Its glucose linkages resist human digestive enzymes, unlike those in starch.

• Dietary fiberBroader topic: It is a major insoluble fiber in vegetables, grains, and other plant foods.

• Glycosidic bondBroader topic: Its β linkages produce chains that human digestive enzymes cannot cleave.

• CottonRelated: Cellulose gives cotton its strength and affinity for water.

• HerbivoreRelated: Its tough fibers make plant tissue hard to break down.

• LigninRelated: Lignin is deposited around cellulose-rich walls, adding rigidity and resistance to water.

• StarchCompared with: Its different bond geometry makes cellulose structural and resistant to human digestion, unlike dietary starch.

• ChitinCompared with: Its similar chain architecture yields plant structure, but its glucose units differ from chitin’s.

• Spider silkCompared with: It provides a plant-based contrast to the protein chemistry of spider silk.

• WoodRelated: Cellulose microfibrils provide much of wood's tensile strength.

• Hydroxyl groupRelated: Hydroxyl groups on cellulose chains form hydrogen bonds that strengthen fibers.

• PyrolysisRelated: Its decomposition contributes substantially to vapors and gases in biomass pyrolysis.

• CarbohydrateBroader topic: Its structural role and resistance to human digestion distinguish it from many dietary carbohydrates.

• Leaf litterRelated: Microbes break down leaf cellulose as a source of carbon and energy.

• TermiteRelated: Cellulose is the principal carbohydrate in much of the wood and plant material termites consume.

• CompostingRelated: Microbes break down cellulose as leaves, stems, and paper decompose.

• PolyesterCompared with: Cellulose is a renewable natural polymer often compared with synthetic polyester fibers.

• DyeRelated: Cotton and other cellulose fibers require dyes suited to their chemical structure.

• DyeingRelated: Cotton's cellulose chemistry makes it receptive to particular dye classes.

• Cell wallRelated: Cellulose microfibrils provide tensile strength to the walls of plants and many algae.

• ForageRelated: Cellulose is a key source of energy in forage for animals with microbial fermentation.

• Plant cell wallRelated: Cellulose microfibrils provide the wall’s main tensile strength.

• GlycogenCompared with: Its bond geometry makes it structural rather than a readily mobilized glucose reserve.

• Hindgut fermentationRelated: Hindgut microbes ferment cellulose that the host cannot break down directly.

• Indigo dyeRelated: Cotton’s cellulose fibers retain indigo deposited during repeated dyeing cycles.

• Nonwoven fabricRelated: Cellulose fibers provide absorbency in many nonwoven products.

• PapermakingNarrower topic: Plant papermaking fibers consist chiefly of cellulose.

• Pulp and paper industryBroader topic: Its fibers provide paper with much of its strength and structure.

• Foregut fermentationRelated: Most mammals cannot digest cellulose directly, but foregut microbes can ferment it.

• Fungal cell wallRelated: Cellulose dominates plant walls, providing a useful chemical contrast with fungal chitin.

• PolysaccharideCompared with: Cellulose’s β linkages produce structural fibers unlike starch’s energy-storage forms.

• RumenRelated: Rumen microbes ferment cellulose from forage into absorbable products.

• Paper recyclingNarrower topic: Paper's load-bearing fibers are primarily cellulose, which survives recycling as usable material.

• Green algaeRelated: Cellulose-containing walls support many green algal cells and connect them structurally to plants.

• Hermann StaudingerBroader topic: Its large size and properties made cellulose a prominent macromolecular example.

• Plant cellRelated: Its fibers provide tensile strength to the wall surrounding each plant cell.

• Natural dyeRelated: Cotton’s cellulose surface often needs preparation or a mordant to retain natural dyes.

• Smokeless powderNarrower topic: Nitrocellulose begins with cellulose chemically modified by nitration.

• Wood pulpBroader topic: Its fibers form the main structural material retained in most paper pulp.

• Cellulose acetateNarrower topic: It supplies the polymer backbone that acetylation modifies.

• OomyceteRelated: Oomycete cell walls contain cellulose, unlike the chitin-rich walls typical of fungi.

• PlantRelated: Cellulose provides much of the strength and rigidity of plant cell walls.

• Textile conservationRelated: Plant-fiber textiles depend on cellulose, which weakens through oxidation and acid hydrolysis.

• CelluloidNarrower topic: Celluloid’s polymer base derives from chemically modified cellulose.

• HemicelluloseRelated: Hemicellulose associates with cellulose microfibrils, connecting its diverse chains to wall structure.

• CellulaseRelated: Its crystalline chains are the substrate that cellulases break apart.

• Recycled paperNarrower topic: Cellulose is the principal structural material in the fibers recovered from paper.