Linked from

The 15 pages that link to Tempeh, each with the reason it gives.

• FermentationBroader topic: Mold fermentation binds the beans and changes their texture and flavor.

• MoldRelated: Rhizopus mold ferments soybeans and holds tempeh together.

• SoybeanRelated: Whole soybeans become a dense, fermented food rather than an extracted protein product.

• Vegetarian cuisineBroader topic: Tempeh offers a firm, savory protein with a distinct fermented flavor.

• TofuCompared with: Unlike tofu’s coagulated soy-milk curds, tempeh retains whole beans and is fermented.

• Indonesian cuisineRelated: Tempeh is a protein-rich Indonesian staple with roots in Java.

• Food fermentationBroader topic: Fungal growth knits beans together and changes their flavor and digestibility.

• Starter cultureBroader topic: Its mold starter grows through cooked soybeans and binds them into a cohesive food.

• MucoromycotaRelated: Rhizopus species are used to ferment traditional tempeh.

• SeitanCompared with: Tempeh is another protein-rich meat substitute, with a different base ingredient and texture.

• Bean (food)Related: Fermentation binds soybean kernels and changes their flavor and texture.

• MucoralesRelated: Rhizopus species from Mucorales drive the fermentation that produces traditional tempeh.

• FungicultureBroader topic: It shows how fungal growth can transform plant ingredients into a staple food.

• RhizopusBroader topic: Rhizopus oligosporus, often classified as Rhizopus microsporus, is the principal tempeh starter mold.

• MucoromycotinaRelated: A Mucorales fungus drives the fermentation that makes traditional tempeh.