iSymBase - Comprehensive Insect Symbiont Database

Symbiont Record

Records of insect symbiont with verified function from literature

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Metagenomes associated with insect symbionts worldwide

Amplicon data about insect symbionts include 16s, 18s, and ITS

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Functional Symbionts

18 records

Records of insect symbionts with verified function from literatures.

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	Host Insect	Classification	Localization	Function	Function Tags	Year	Edit
Amylostereum chailletii Basidiomycota	Sirex juvencus Lithuania	Fungi	Extracellular			2024
Amylostereum chailletii Basidiomycota	Urocerus gigas Lithuania	Fungi	Extracellular			2024
Amylostereum chailletii Basidiomycota	Tremex fuscicornis Lithuania	Fungi	Extracellular			2024
Amylostereum areolatum Basidiomycota	Sirex noctilio South Africa	Fungi		Amylostereum areolatum was shown to be unnecessary for egg survival and adversely affected egg eclosion (hatching) in Sirex noctilio under laboratory conditions.	Developmental Modulation	2023
Amylostereum areolatum Basidiomycota	Sirex noctilio Argentina	Fungi	Extracellular			2023
Amylostereum areolatum Basidiomycota	Sirex noctilio USA	Fungi	Extracellular	Amylostereum areolatum produces fungal volatiles that attract both the host Sirex noctilio and its parasitoid, Ibalia leucospoides (semiochemical biosynthesis).	Semiochemical Biosynthesis	2021
Amylostereum Basidiomycota	Sirex noctilio China	Fungi	Extracellular	Amylostereum may encode enzymes involved in degrading lignocellulose and fixing nitrogen in Sirex noctilio.	Nitrogen Fixation Cellulose Hydrolysis	2021
Amylostereum areolatum Basidiomycota	Sirex nitobei China	Fungi	Extracellular			2021
Amylostereum chaetica Basidiomycota	Sirex nitobei China	Fungi	Extracellular			2021
Amylostereum areolatum Basidiomycota	Sirex noctilio China	Fungi	Extracellular	Amylostereum areolatum (the fungus) digests lignin in the host pine, providing essential nutrients for the growing woodwasp (Sirex noctilio) larvae.	Cellulose Hydrolysis	2020
Amylostereum areolatum Basidiomycota	Sirex noctilio China	Fungi	Extracellular	Amylostereum areolatum provides Sirex noctilio with a suitable environment and nutrients for larval growth.	Amino Acid Provision	2020
Amylostereum areolatum Basidiomycota	Sirex noctilio China	Fungi	Extracellular	Amylostereum areolatum volatiles (including (-)-globulol, 2-hexene, etc.) exhibit a significant attractiveness to adult female woodwasps.	Semiochemical Biosynthesis	2019
Amylostereum Basidiomycota	Bactrocera tryoni New South Wales, Au…	Fungi	Extracellular			2017
Amylostereum areolatum Basidiomycota	Sirex noctilio Argentina	Fungi	Extracellular	Amylostereum areolatum (Fungi) volatiles attract female S. noctilio.	Semiochemical Biosynthesis	2015
Amylostereum areolatum Basidiomycota	Sirex noctilio China	Fungi	Extracellular			2015
Amylostereum areolatum Basidiomycota	Sirex noctilio USA	Fungi	Extracellular	Amylostereum areolatum (Fungi) is used as an external gut for the digestion of recalcitrant lignocellulosic compounds.	Cellulose Hydrolysis	2014
Amylostereum areolatum Basidiomycota	Sirex noctilio	Fungi	Extracellular	Amylostereum areolatum (Fungi) assists the invasion of forest trees worldwide from multiple dimensions such as nutrient provisioning.	Nutrient Provision	2014
Amylostereum areolatum Basidiomycota	Ibalia leucospoides Argentina	Fungi	Extracellular	Amylostereum areolatum (Fungi) produces fungal volatiles that elicit increased parasitoid activity and may provide information on relative host densities.	Other	2006

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