Linked from

The 45 pages that link to Hypha, each with the reason it gives.

• MycorrhizaNarrower topic: Hyphae are the fungal structures that enter roots or extend through surrounding soil.

• MyceliumBroader topic: Hyphae are the individual filaments whose branching creates mycelium.

• FungusBroader topic: Hyphae extend through food or soil, absorbing nutrients across their surfaces.

• Leaf litterRelated: Hyphae penetrate litter and transport nutrients through decomposing material.

• FungiBroader topic: Hyphae make up the feeding and growing networks characteristic of many fungi.

• MoldBroader topic: Hyphae extend through food or other surfaces, producing mold’s characteristic spreading growth.

• BasidiomycotaNarrower topic: Hyphae make up the mycelia from which many basidiomycete fruiting bodies develop.

• Fungal sporeRelated: A germinating spore commonly grows into hyphae, which extend the fungus.

• AscomycotaNarrower topic: Many ascomycetes grow as networks of hyphae, though yeasts are unicellular.

• ConidiumNarrower topic: Conidia often develop from specialized portions of these fungal filaments.

• MycologyBroader topic: Hyphae are the basic growth units of many fungi.

• EctomycorrhizaNarrower topic: Hyphae build the sheath, intercellular network, and soil-exploring strands.

• Fruiting bodyBroader topic: Interwoven hyphae build the tissues of many fruiting bodies.

• OomyceteRelated: Oomycetes grow as hyphae, a form shared with true fungi.

• Arbuscular mycorrhizaRelated: Hyphae grow through soil and roots to acquire resources and colonize the plant.

• Fungal life cycleBroader topic: Hyphae extend and branch to build the growing fungal body.

• Vulvovaginal candidiasisBroader topic: Candida hyphae can adhere to and damage epithelial surfaces during infection.

• AscusNarrower topic: Asci commonly arise from specialized hyphae.

• FrankiaCompared with: Frankia filaments resemble fungal hyphae, but are bacterial cells.

• MushroomBroader topic: Hyphae build the mycelium and much of a mushroom’s structure.

• MucoromycotaRelated: Many mucoromycotan molds grow as branching networks of hyphae.

• MycobiontBroader topic: Networks of these filaments build the mycobiont’s body.

• Wood-decay fungusRelated: Hyphae penetrate wood and deliver enzymes and other decay agents.

• ApotheciumBroader topic: Hyphae build the apothecium’s tissues and fertile layer.

• DermatophyteRelated: Dermatophytes grow through keratinized tissues as networks of hyphae.

• GlomeromycotaRelated: Hyphae form the networks that enter roots and forage through soil.

• IsidiumRelated: Hyphae make up the fungal tissue surrounding photobiont cells in an isidium.

• SorediumRelated: Hyphae in a soredium carry the fungal partner into a new site.

• StromaNarrower topic: Hyphae interweave to make the compact tissue of a stroma.

• AspergillusNarrower topic: Aspergillus grows as branching hyphae that collectively form its visible mold colonies.

• MucoralesRelated: Mucorales molds grow as networks of broad hyphae.

• PenicilliumBroader topic: Penicillium colonies expand through networks of these filaments.

• Pleurotus ostreatusBroader topic: Hyphae make up the mycelium that penetrates and digests woody material.

• ShiitakeRelated: Hyphae spread through logs or growing blocks before mushrooms form.

• ZygomycotaNarrower topic: Zygomycota was distinguished partly by its hyphal structure.

• Dimorphic fungusBroader topic: Hyphae make up the mold form that many dimorphic fungi adopt outside hosts.

• Neurospora crassaRelated: Its branching hyphae form the mycelium that spreads across laboratory media.

• PuffballRelated: Hyphae build the mycelium that eventually produces a puffball.

• Cladonia rangiferinaRelated: Fungal hyphae form most of the visible thallus and gather resources.

• FungicultureBroader topic: Hyphae form mycelium and drive the expansion of many cultivated fungi.

• RhizopusNarrower topic: Rhizopus grows through hyphae that spread across food and other organic substrates.

• Fungal StructuresBroader topic: Hyphae are the basic filaments from which most larger fungal structures develop.

• Fungi imperfectiBroader topic: Hyphae produce the structures on which many diagnostic asexual spores form.

• MucoromycotinaNarrower topic: Hyphae are the basic growth structures of many Mucoromycotina.

• PleurotusRelated: Hyphae penetrate wood and secrete the enzymes that release nutrients.