Linked from

The 17 pages that link to Amylose, each with the reason it gives.

• CelluloseCompared with: Its glucose linkage differs from cellulose’s, producing a different chain shape and function.

• Starch gelatinizationBroader topic: Heating can release amylose from granules into the surrounding water.

• StarchBroader topic: This starch component forms relatively straight chains that can coil into helices.

• PolysaccharideBroader topic: Its helical chains contrast with the branched architecture of amylopectin.

• AmylopectinCompared with: Its sparse branching contrasts with amylopectin’s densely branched architecture.

• Rice flourRelated: Its proportion helps explain differences in firmness, swelling, and texture among rice flours.

• AmylaseBroader topic: Its long chains provide repeated sites for amylase cleavage.

• HemicelluloseCompared with: Its comparatively uniform chain contrasts with hemicellulose’s diverse, often branched structures.

• Rice cookerRelated: Its proportion helps explain why some cooked rice stays firm and separate while other rice turns sticky.

• Glutinous riceRelated: Glutinous rice contains very little of this starch component.

• Jasmine riceRelated: Jasmine rice’s starch composition helps produce its tender, slightly sticky texture.

• Steamed riceRelated: Its amount helps explain why some cooked rice is fluffy while other rice is sticky.

• BasmatiRelated: Starch composition helps explain why basmati grains cook up relatively separate and firm.

• PopcornRelated: Its proportion in kernel starch influences the texture of popped popcorn.

• Lugol's iodineRelated: Polyiodide ions fit inside amylose helices, producing the test's characteristic dark color.

• White riceRelated: Its proportion helps explain why some white rice cooks fluffy and separate.

• Cooked riceRelated: Its proportion helps determine whether cooked rice is separate and firm or cohesive.