Table 1.
Patent No. | Endophyte | Host 1 | Patent Details | Ref. |
---|---|---|---|---|
EP1142986A2 | Neotyphodium sp. | Not disclosed | Chanoclavine (1)-production. | [14] |
US6329193B1 | Cladosporium macrocarpon | Taxus spp. | Production of taxol. | [15] |
CN1421522A | Alternaria sp. | Erigeron sp. | Production of breviscapine B (2) and other flavonoids for the treatment of cardiovascular diseases and for preparing antitumor medicine. | [16] |
US6638742B1 | Alternaria sp. | Alnus rubra, Corylus sp., Cytisus scoparius, Ginkgo sp. | Methods for obtaining and recovering taxanes, including paclitaxel (3), from novel sources. | [17] |
US6613738B1 | Cryptosporiopsis cf. quercina | Tripterigeum wilfordii | Isolation of cryptocandin possessing antifungal activity. | [18] |
US20040185031A1 | Muscodor vitigenus | Paullinia paullinioides | Novel fungi that produces naphthalene and applications. | [19] |
US20040206697A1 | Muscodor albus | Cinnamon tree | Novel fungi and production of organic volatile antibiotics effective in the treatment of human and animal waste. | [20] |
US20040248265A1 | Phialocephala fortinii | Podophyllum sp. | Identification of podophyllotoxin-producing fungi and methods for recovering podophyllotoxin (4) from such fungi. | [21] |
WO2004106487A2 | Neotyphodium lolii | Pooideae grass | Production of janthitrem epoxide (5) compounds in combination with ryegrass instead of compounds that affect the health and performance of grazing animals. | [22] |
CN1624103A | Mix of Taxus endophytes | Taxus chinensis | Increase the production of taxol and taxol precursors. | [23] |
US6911338B2 | Muscodor sp. | Cinnamomum zeylanicum, Grevillea pteridifolia | Production of organic volatile antibiotics with activity on specific plant pathogens, bacteria, nematodes and insects. | [24] |
CN1850765A | Halorosellinia sp. | mangrove | Obtaining quinone compounds (6–7) with antitumor activity. | [25] |
US20060134762A1 | Fungal strain MTCC 5124 | Mappia sp. | New source in the form of a novel endophytic fungal strain for the production of camptothecin (8) and camptothecinioids and an improved process for producing these. | [26] |
US7070985B2 | Muscodor albus | Cinnamomum zeylanicum | Novel fungi and production of organic volatile antibiotics effective in the treatment of human and animal waste products. | [27] |
CN1896232A | Fusarium sp. | Ginkgo biloba | Production of plasmin. | [28] |
CN1948459A | Cladosporium sp. | Parthenocissus tricuspidatae | Production of resveratrol (9). | [29] |
CN1951907A | Aspergillus niger | Euphorbia sp. | Preparation of compound 2,3-diamino-6-hydroxy-benzoic acid-2-ethyl-hexyl ester (10), including method, and its application in pharmacy. | [30] |
CN101037656A | Trichoderma harzianum | Ilex cornuta | Preparation of the sesquiterpenoids trichotec-9-en-4-ol, 12, 13, epoxy-, and 4β-acetate (11) as pesticides. | [31] |
CN101041840A | Trichoderma harzianum | Ilex cornuta | Preparation of the sesquiterpenoids trichotec-9-en-4-ol, 12, 13, epoxy-, and 4β-acetate as pesticides. | [32] |
US7192939B2 | Pestalotiopsis microspora | Terminalia morobensis | Novel fungi strains capable of producing novel antioxidant and antimycotic agents | [33] |
CN101195804A | Acremonium endophytium | Huperzia serrata | Production of huperzine A (12) analogs through strain liquid fermentation of the endophytic fungi. | [34] |
CN101234951A | Aspergillus clavatonanicus | mangrove | Production of biphenyl compound (13) including preparation method and application. | [35] |
CN101275116A | Mix of endophytes | Huperzia serrata | Preparation of huperzine A. | [36] |
CN101240249A | Fusarium sp. | Dioscorea zingiberensis | Production of beauvericin (14) description of its antibacterial activity. | [37] |
CN101280279A | Phomopsis sp. | Acer ginnala | Production of gallic acid (15). | [38] |
US7341862B2 | Muscodor albus | Cinnamomum zeylanicum | Novel fungi and production of organic volatile antibiotics effective in the treatment of human and animal waste products. | [39] |
CN101412971A | Fusarium sp. | Paris polyphylla var. yunnanensis | Production of 5α, 8α-ergosterol peroxide-6, 22-diene-3β-ol (16), ergosterol-8(9), 22-diene-3β, 5α, 6β, 7α-tetraol (17), and succinic acid (18) as antimicrobial active ingredients. | [40] |
CN101468977A | Phomopsis sp. | Azadirachta indica | Novel pseudo-phomallactone (19) antibacterial compound from fermentation products of an endophytic fungus strain. | [41] |
CN101468996A | Phomopsis sp. | Azadirachta indica | Source of ten-membered lactone 7α-acetoxy-multiplolide A (20) and its applications. | [42] |
CN101481379A | Chaetomium globosum | Ginkgo biloba | Obtaining chaetomugilin D (21) from an acetic acid ethyl ester extract of fermentation liquor. | [43] |
CN101486974A | Aspergillus niger | Taxus cuspidata | Production of taxol from endophytic fungus. | [44] |
CN101503658A | Not disclosed | Locoweed | Separation of an endophytic fungus producing swainsonine (22). | [45] |
CN101525611A | Fusarium sp. | Chrysanthemum sp. | Plasmin preparation. | [46] |
CN101586082A | Aspergillus candidus | Taxus x media | Production of taxol. A method for preparing taxol is also given. | [47] |
US20090142816A1 | Gliocadium sp. | Eucryphia cordifolia | Production of volatile compounds and hydrocarbons to generate biofuels. | [48] |
CN101619291A | Chaetomium cupreum | Macleaya cordata | Preparation of 3,3′ 6,6′-tetrahydroxy-4,4′-dimethyl-1,1-bi(cyclohexa-3,6-diene)-2,2′,5,5′-tetraone (23) with antitumor properties. | [49] |
CN101669939A | Not disclosed | Mangrove | Enniatin compound (24) that aids in the preparation of anti-tubercle drugs. | [50] |
CN101701230A | Fusarium proliferatum | Mangrove | Improving the output of anticancer anthraquinone compound (25) by utilizing different vaccination methods. | [51] |
CN101875905A | Shiraia bambusicola | Phyllostachys edulis seed | High-yield hypocrellin-producing strain that carries out hypocrellin (26) production by fermentation. | [52] |
CN101914452A | Penicillium chrysogenum | Not disclosed | Huperzine A-producing strain. | [53] |
KR2010104252A | Scolecobasidium tshawytschae | Soybean | Gibberellin (27) production using soybean endophyte. | [54] |
WO2010062159A1 | Aspergillus sp. | Garcinia scortechinii | Cyclic peptides with utility in anticancer treatments. | [55] |
CN101942393A | Shiraia sp. | Huperzia serrata | Production of huperzine A. | [56] |
CN102080110A | Not disclosed | Nothapodytes nimmoniana | Technical process for synthesizing a camptothecin sugar derivative. | [57] |
CN102080111A | Not disclosed | Icacinaceae plant | Method for endophyte induction to produce 10-hydroxy camptothecin (28). | [58] |
CN102080112A | Not disclosed | Icacinaceae plant | Method for endophyte induction to manufacture of 9-methoxycamptothecin (29). | [59] |
CN102154116A | Phomopsis wenchengensis | Not disclosed | Manufacture of agricultural fungicide (30). | [60] |
CN102168017A | Colletotrichum gloeosporioides | Huperzia serrata | High-producing strain and method for huperzine A production. | [61] |
CN102187870A | Aspergillus oryzae | Red algae Heterosiphonia sp. | Use of diterpene alkaloid (31) secondary metabolites as pesticides. | [62] |
CN102190612A | Aspergillus oryzae | Red algae | Preparation of diterpene alkaloid (32) with bacteriostatic activity that can be used for preparing antimicrobial agents. | [63] |
CN102190614A | Aspergillus oryzae | Red algae Heterosiphonia sp. | Use of diterpenoid alkaloid (33) as an insecticide agent. | [64] |
CN102190698A | Aspergillus oryzae | Marine algae | Preparation and application of alga endophytic fungi diterpenoid alkaloid compound (34). | [65] |
CN102191294A | Acremonium endophytium | Huperzia serrata | Production of huperzine A as an anti-senile dementia pharmaceutical ingredient. | [66] |
CN102190699A | Aspergillus oryzae | Marine algae | Preparation of a diterpene alkaloid-like compound (35) for use as an insecticide. | [67] |
CN102220247A | Verticillium dahlia | Radix glycyrrhizae | Production of glycyrrhetic acid (36). | [68] |
IN2010DE00131A | Aspergillus elegans | Asparagus racemosus | Production of antimicrobial and anticancer lactone metabolite, including an outline of the process. | [69] |
JP2011051953A | Diaporthe sp. | Curcuma sp. | Manufacture of neohexa-hydro-curcumin (37). | [70] |
WO2011146634A1 | Hypoxylon sp./Nodulisporium sp./Daldinia sp./Muscodor sp. | Persea indica | Production of volatile organic compounds from these fungi. | [71] |
CA2766412A1 | Fungal endophytes of Pinus strobus | Pinus strobus | Antifungal metabolites (38–44). | [72] |
CN102321545A | Penicillium steckii | Trypterigium wilfordii | Production of triptolide (45). | [73] |
CN102417883A | Phomopsis sp. | Camptotheca acuminata | Production and method for preparation of camptothecin. | [74] |
CN102464634A | Trichoderma atroviride | Cephalotaxus fortunei | New compound (46) in secondary metabolites of C. fortunei endophytic fungi and its preparation method and application thereof. | [75] |
CN102559517A | Fusarium sp. | Podophyllum hexadrum | Preparation of podophyllotoxin. | [76] |
CN102586355A | Fusarium proliferatum | Mangrove | Method for producing anticancer anthraquinone compounds. | [77] |
CN102628018A | Aspergillus niger | Schisandra chinensis | Improved production of the main components schisandrol A (47), schisantherin A (48), deoxyschizandrin (49), schisandrin B (50) from S. chinensis through fermentation. | [78] |
CN102633616A | Alternaria sp. | Sarcophyton sp. | Preparation of the anthraquinone dimer alterporriol P (51) as an antineoplastic agent. | [79] |
CN102643167A | Aspergillus versicolor | Marine algae | Fermentation preparation and application as an antibacterial and insecticidal agent of albican-11,14-diol (52). | [80] |
CN102643186A | Alternaria sp. | Sarcophyton sp. | Preparation of the anthraquinone dimers alterporriol Q (53) and alterporriol R (54) for antiviral drugs. | [81] |
CN102643755A | Penicillium chrysogenum | Glycyrrhiza glabra | Endophytic fungus that improves the content of glycyrrhetinic acid by fermenting licorice. | [82] |
CN102653720A | Colletotrichum gloeosporioides | Huperzia serrata | Endophytic fungus capable of generating huperzine A. | [83] |
CN102660466A | Aspergillus penicillioides | Schisandra chinensis | Improves the content of the active ingredients of S. chinensis: schizandrin, schisantherin, deoxyschizandrin, and schisandrin B. | [84] |
CN102660467A | Fusarium oxysporum | Glycyrrhiza glabra | Fungal strain that produces glycyrrhetinic acid. | [85] |
CN102676392A | Trichoderma atroviride | Salvia miltiorrhiza | Endophytic fungus that aids in the production of tanshinone I (55) and tanshinone IIA (56). | [86] |
CN102701935A | Trichoderma longibrachiatum | Seaweed | Preparation of tetranuclear diterpenoid (57) with pesticidal and bacteriostatic activity. | [87] |
CN102703327A | Cladosporium sp. | Aconitum leucostomum | Fungal strain capable of synthesizing aconitine (58) for the preparation of antitumor, anti-inflammatory, and antirheumatic drugs. | [88] |
CN102719362A | Alternaria sp. | Merlot grapes | Fungal strain capable of producing a large amount of resveratrol in the fermentation process. | [89] |
CN102732427A | Fusarium proliferatum | Oxytropis glabra | Separation method for swainsonine-producing endophytic fungus. | [90] |
CN102732428A | Fusarium oxysporum | Cajanus cajan | Endophytic fungal strain with a high yield of cajaninstilbene acid (59). | [91] |
CN102787077A | Acremonium sp. | Sophora alopecuroides | Synthesis of matrine (60). | [92] |
CN102807956A | Ceriporia lacerata | Cleistocalyx operculatus | Preparation of 2′,4′-dihydroxy-6′-methoxyl-3′,5′-dimethylchalcone (61). | [93] |
WO2012020364A1 | Fungal strain MTCC 5544 | Pongamia pinnata | Dipeptide derivative (62) for the treatment of cancer. | [94] |
CN103073527A | Phomopsis sp. | Illigera rhodantha | Preparation of libertellenone G (63) as a novel medicine for treating Alzheimer’s disease. | [95] |
CN103074236A | Trichoderma atroviride | Camptotheca acuminata | Production and application of camptothecin. | [96] |
CN103083290A | Trichoderma sp. | Not disclosed | Trichoderma acid (64) is involved in the preparation of antifungal agents. | [97] |
CN103087923A | Chaetomium globosum | Ginkgo biloba | The endophytic fungus and metabolite flavipin (65) acts as an antioxidant. | [98] |
CN103103134A | Colletotrichum sp. | Huperzia serrata | Production of huperzine A. | [99] |
CN103194502A | Nodulisporium sylviforme | Taxus sp. | Separation and purification of taxol by biological fermentation as well as precursors such as baccatin III (66) and cephalomannine (67). | [100] |
CN103288807A | Not disclosed | Trypterigium wilfordii | Separation of alkaloids (68–70) with pharmaceutical application. | [101] |
CN103360351A | Xylaria sp. | Azadirachta indica | Obtaining three isopimarane diterpenoid compounds (71–73) with antifungal activity and potential applications in new agricultural or medical antifungal medicaments. | [102] |
CN103436451A | Colletotrichum sp. | Cyclocarya paliurus | Production of haematochrome, including its production via a fermentation method. | [103] |
IN2011DE03381A | Diaporthe sp. | Pandanus amaryllifolius | Antitubercular diaportheone B analogs (74–75) and their synthesis. | [104] |
US20130137131A1 | Nodulisporium sp., Daldinia sp., Hypoxylon sp. | Persea indica | System and method for producing volatile organic compounds | [105] |
US20130177596A1 | Colletotrichum sp. | Pteromischum sp. | Production of antifungal and immunosuppressive compounds | [106] |
US20130224315A1 | Muscodor strobelli | Not disclosed | Production of volatile organic compounds and methods of use | [107] |
US20130252289A1 | Several fungi such as Nodulisporium sp., Hypoxylon sp., Annulohypoxylon sp., Daldinia sp., Xylaria sp. | Thelypteris angustifolia, Persea indica, Citrus aurantifolia, Myroxylon balsamum, Taxodium distichum | Production of volatile organic compounds from microorganisms. | [108] |
US20130302480A1 | Muscodor crispans | Ananas ananassoides | Production of compounds with wide range of applications in agriculture, industrial, building, pharmaceutical and/or personal care products. | [109] |
WO2013164834A1 | Fusarium solani | Taxus celebica | Cost-effective process for commercial production of paclitaxel. | [110] |
CN103570744A | Scopulariopsis sp. | Carijoa sp. | Preparation method for the quinazoline alkaloid compound (76) and its application as a tumor cell growth inhibitor. | [111] |
CN103627736A | Fungal strain L1 CGMCC No. 4558 | Polygonum cuspidatum | Extraction of resveratrol from fermented liquor. | [112] |
CN103642864A | Shiraia bambusicola | Huperzia serrata | Preparation of hypocrellin compounds. | [113] |
CN103667070A | Trichoderma sp. | Huperzia serrata | Preparation and application of huperzine A. | [114] |
CN103667072A | Ceriporia lacerata | Huperzia serrata | Preparation of 8α, 15α-epoxy-huperzine A (77). | [115] |
CN103667073A | Peyronellaea glomerata | Huperzia serrata | Preparation of pyrrole type (78) liver-protecting medicines. | [116] |
CN103820331A | Ceriporia lacerata/Hypoxylon investiens | Phlegmariurus sp. | Production of huperzine A. | [117] |
CN103820332A | Pycnoporus sanguineus | Huperzia serrata | Production of huperzine A. | [118] |
CN103911293A | Botryosphaeria dothidea | Taxus chinensis | Strain with a high paclitaxel yield and method for producing paclitaxel. | [119] |
CN103966109A | Aspergillus fumigatus | Schisandra chinensis fruit | Endophytic fungus that is capable of producing protocatechuic aldehyde (79). | [120] |
CN104031948A | Daldinia eschscholzii | Gracilaria sp. | Production of dalesconol A (80) and B (81) as immunosuppressive compounds. | [121] |
CN104059044A | Trichoderma sp./Penicillium sp. | Mangrove | Preparation of a xanthone derivative (82) as a microbial pesticide and fungicide. | [122] |
CN104073529A | Not disclosed | Taxus x media seed | Production of taxol. | [123] |
CN104086522A | Lasiodiplodia pseudotheobromae | Camptotheca acuminata | Preparation of a spiro-dinaphthalene compound (83). | [124] |
CN104109691A | Not disclosed | Ginkgo biloba | Preparation and dyeing of red pigment haematochrome. | [125] |
US20140082771A1 | Nodulosporium spp. or Ascocoryne spp. | Lomatia fraseri or Nothofagus cunninghamii | Isolation of antibiotic compound. | [126] |
CN104293678A | Cladosporium cladosporioides | Forsythia sp. | Production of forsythoside A (84), forsythoside B (85), and forsythin (86) and their applications. | [127] |
CN104357525A |
Acremonium
dichromosporum |
Glycyrrhiza sp. | Production of glycyrrhetinic acid by using microbial fermentation. | [128] |
CN104450528A | Not disclosed | Gardenia jasminoides | Method for isolation and screening of endophytic fungi and for large-scale preparation of high-purity genipin (87). | [129] |
CN104450531A | Fusarium tricinctum | Fritillaria cirrhosa | Obtains peiminine (88) and peimisine (89) alkaloids. | [130] |
CN104593443A | Botryosphaeria rhodina | Aquilaria sinensis | Preparation of agilawood chromone (90–94) components. | [131] |
CN104726345A | Mixtures of fungi including Gliocladium sp. | Taxus spp. | High production of baccatin III. | [132] |
CN104762348A | Not disclosed | Gastrodia elata/Armillaria mellea | Preparation of gastrodin (95). | [133] |
CN104774774A | Aspergillus fumigatus | Glycyrrhiza sp. | Production of pseutorin A (96) as a food preservative. | [134] |
CN104789613A | Alternaria sp. | Spiraea salicifolia | Extraction and separation of bacteriostatic component (97) from fermentation broth. | [135] |
CN104805017A | Fusarium solani | Pinellia sp. | Generation and application of β-glucosidase. | [136] |
CN104877910A | Eupenicillium brefeldianum | Not disclosed | Preparation of brefeldin A (98). The compound has antifungal and insecticide activity and is an ideal veterinary and agriculture candidate drug. | [137] |
CN105039173A | Mortierella sp. | Huperzia serrata | Fungal strain with a high huperzine A content. | [138] |
CN105039174A | Fusarium sp. | Paeonia sp. | Production of paeonol (99). | [139] |
CN105039175A | Talaromyces sp. | Paeonia sp. | Production of paeonol. | [140] |
CN105039176A | Fusarium sp. | Paeonia sp. | Production of paeonol. | [141] |
CN105200091A | Geomyces sp. | Nerium indicum | Production and application of ethyl vincamine (100). | [142] |
US20150073048A1 | Muscodor sp. | Ananas ananassoides | Production of antimicrobial composition and methods of use | [143] |
WO2015029069A1 | Trichoderma longibrachiatum | Boswellia serrata | Production of brachiatin D (101). | [144] |
CN105238697A | Chaetomium sp. | Paeonia sp. | Production of paeonol with endophytic fungus from peony. | [145] |
CN105238700A | Epicoccum nigrum | Wild soybean | High-yielding oleanolic acid endophyte. | [146] |
CN105274005A | Aspergillus fumigatus | Taxus x media | Taxol production. | [147] |
CN105316238A | Trichoderma sp. | Taxus chinensis | Method for culturing and screening taxol-producing fungus. | [148] |
CN105349431A | Phoma glomerata | Salvia miltiorrhiza | Generation and application of salvianolic acid C (102). | [149] |
CN105400842A | Fusarium mairei | Taxus x media/Valeriana jatamansi | Increases the yield of paclitaxel in an endophytic fungus fermentation product. | [150] |
CN105505798A | Phoma glomerata | Salvia miltiorrhiza | Generation of ergosterol (103). | [151] |
CN105506021A | Aspergillus sp. | Not disclosed | Preparation of taxol-containing culture. | [152] |
CN105670940A | Mucor racemosus | Huperzia serrata | Application of a fungal strain with highly efficient expression of huperzine A. | [153] |
CN105838613A | Chaetomium globosum | Cajanus cajan | Application of a fungal strain with a high yield of flavipin. | [154] |
CN105925646A | Phomopsis liquidambari | Mangrove | Preparation method for cytochalasin H (104). | [155] |
CN106010980A | Paraconiothyrium brasiliense | Acrida cinerea | Strain capable of producing of perlolyrine (105) and a method for preparation. | [156] |
CN106047715A | Trichoderma sp. | Nothapodytes pittosporoides | Extraction of camptothecin. | [157] |
WO2016034751A1 | Guignardia mangiferae | Persea indica | Biocidal products (106) that are used to control phytopathogens and pest organisms. | [158] |
CN106432168A | Penicillium citrinum | Bruguiera sexangula var. rhynchopetala | Preparation of isocoumarins (107–113) as antibacterial drugs. | [159] |
CN106434361A | Ascomycota sp. | Mangrove | Preparation of indanone derivatives (114–115). | [160] |
CN106497803A | Fusarium verticillioides | Huperzia serrata | Fungal strain with huperzine A-producing function and its use in the biosynthesis of medicine for treating Alzheimer´s disease and vascular dementia. | [161] |
CN106497804A | Fusarium oxysporum | Huperzia serrata | Production of huperzine A and its application in the treatment of dementia. | [162] |
CN106588944A | Neonectria sp. | Meconopsis grandis | Preparation of compound (116) derived from Tibetan medicine endophytic fungi. | [163] |
CN106636247A | Not disclosed | Melia azedarach | Fermentation extraction of azadirachtin (117). | [164] |
CN106701594A | Neocosmospora sp. | Meconopsis grandis | Production of pyrrocidine A (118) and pyrrocidine B (119). | [165] |
CN106946955A | Pezicula sp. | Taxodium distichum | Production of mycotrisaccharide compounds (120–124) that aid in the preparation of drugs for preventing and controlling plant fungal disease. | [166] |
CN106967622A | Aspergillus flavus | Torreya fargesii | Paclitaxel production. | [167] |
CN106967623A | Aspergillus niger | Torreya sp. | Production of the taxane compound baccatin III. | [168] |
CN106978356A | Nigrospora sphaerica | Artemisia argyi | Preparation of large amounts of bostrycin (125). | [169] |
CN107034145A | Pestalotiopsis vismiae | Cordyceps sinensis | In vitro production of nucleosides, preferably, adenosine, guanylyl, uridine, and inosine. | [170] |
CN107058118A | Aspergillus aculeatus | Taxus x media | Efficient taxol-producing endophytic fungus. | [171] |
CN107118972A | Epicoccum nigrum | Solidago canadensis | Endophytic fungus capable of generating pectin through liquid fermentation. | [172] |
CN107129936A | Penicillium sp. | Torreya fargesii | Production of paclitaxel. | [173] |
CN107254504A | Fusarium sp./Bacillus aryabhattai | Erigeron breviscapus | Increasing the scutellarin (126) content with microbial agents. | [174] |
CN107354182A | Purpureocillium lilacinum | Grey green soy bean | Preparation of (R)-4-benzyl-2-oxazolidinone (127) by fermentation. | [175] |
WO2017049353A1 | Daldinia sp. | Pittosporum bicolor | Production of volatile organic compounds as insecticidal and antifungal agents. | [176] |
WO2017068223A1 | Stemphylium solani | Artemisia absinthium | To obtain compounds (128–129) for use as biocides. | [177] |
CN107686817A | Ascomycota sp. | Fetid marsh fleabane | Production of ascomylactam compounds (130–131). | [178] |
CN107723245A | Fusarium sp. | Liriope spicata var. prolifera | Endophytic fungi and application in the steroids saponin diosgenin (132) and ruscogenin (133). | [179] |
CN107723246A | Penicillium oxalicum | Liriope spicata var. prolifera | Endophytic fungi and application in the steroid saponin diosgenin and ruscogenin. | [180] |
CN107723247A | Cladosporium sp. | Liriope spicata var. prolifera | Endophytic fungi and application in the steroid saponin diosgenin and ruscogenin. | [181] |
CN107723248A | Penicillium sp. | Liriope spicata var. prolifera | Endophytic fungi and application in the steroid saponin diosgenin and ruscogenin. | [182] |
CN107739716A | Penicillium sp. | Liriope spicata var. prolifera | Endophytic fungi and application in the steroid saponin diosgenin and ruscogenin. | [183] |
CN107739717A | Schizophyllum sp. | Liriope spicata var. prolifera | Endophytic fungi and application in the steroid saponin diosgenin and ruscogenin. | [184] |
CN107739718A | Aspergillus sp. | Liriope spicata var. prolifera | Application in the preparation of the steroid saponin diosgenin and ruscogenin. | [185] |
CN107868757A | Bjerkandera adusta | Not disclosed | Preparation of 8α, 15α-epoxy-huperzine A, which has a curative neuroprotective effect. | [186] |
CN107955793A | Aspergillus niger | Liriope spicata var. prolifera | Preparation of the steroid saponin. | [187] |
CN108264473A | Penicillium decumbens | Not disclosed | Preparation and application of 1-aniline-2-pyrrolidone class compounds (134–135). | [188] |
CN108277164A | Diaporthe sp. | Excoecaria agallocha | Indene derivative (136) that aids in the preparation of an anti-inflammatory drug | [189] |
CN108383811A | Aspergillus tubingensis | Decaisnea fargesii | Production of furanone (137) derivative with good antibacterial activity. | [190] |
CN108467398A | Trichoderma asperellum | Seaweed | Preparation of diketopiperazine compound (138), which has antibacterial application. | [191] |
CN108503616A | Aspergillus tubingensis | Decaisnea fargesii | Extraction method and application of a bicoumarin derivative (139). | [192] |
CN108640897A | Daldinia eschscholtzii | Mangrove | Preparation and application of polyketides (140–141). | [193] |
CN108728367A | Phoma sp. | Coral gorgonian source | Preparation of antibacterial compounds (142–143). | [194] |
CN108913731A | Pestalotiopsis sp. | Rhizophora stylosa | Preparation and application of pestalotiopyrone M (144) which has immunosuppressive activity. | [195] |
CN109082445A | Fusarium proliferatum | Ginkgo sp. | Production and application of glycine (145), betaine (146), scopoletin (147), yagaine, rosmarinic acid (148), oxipurinol (149), resveratrol, naringenin (150), catechin (151), taxifolin (152), and xanthohumol (153), which have antibacterial properties. | [196] |
CN109096056A | Aspergillus flavus | Kandelia obovata | Preparation of bisabolane sesquiterpene compounds (154-155) as anti-type II diabetes mellitus drugs. | [197] |
IN201641023516A | Phomopsis sp. | Gloriosa superba | Method of producing colchicine (156) from an endophyte using epigenetic modifiers. | [198] |
IN201721003140A | Phoma sp. | Litsea glutinosa | Isolation, fermentation, purification, and characterization of the antibacterial compound 2’-hydroxygenistein (157). | [199] |
CN109111422A | Penicillium sp. | Panax notoginseng | Macrolide compounds (158–167) and their application in the prevention and treatment of plant-pathogenic bacteria. | [200] |
CN109180635A | Xylaria curta | Solanum tuberosum | Preparation and application of compound E1011 (168). | [201] |
CN109206337A | Fusarium sp. | Santalum album | Method for preparation of hexichol phenolic acid compounds (169–171) and their application in the preparation of antibacterial compounds. | [202] |
CN109232481A | Not disclosed | Taxus chinensis | Preparation of high-purity taxol. | [203] |
CN109234175A | Fusarium oxysporum | Paris polyphylla | Production of chonglou saponin (172–175). | [204] |
CN109265397A | Lophiostoma sp. | Eucalyptus exserta | Fast separating process of fungal secondary metabolites (176–177). | [205] |
CN109293494A | Talaromyces sp. | Mangrove | Method for preparation of 1, 4-naphtoquinone compounds (178–179) and their application in the preparation of anti-inflammatory drugs. | [206] |
CN109439705A | Aspergillus sp. | Soft coral | Microbe preparation of subergorgic acid (180). | [207] |
CN109456191A | Cerrena sp. | Pogostemon cablin | Preparation of cerrenin D (181) that is applied in the preparation of antitumor drugs. | [208] |
CN109456899A | Penicillium notatum | Gastrodia elata | Fermentation and production of penicillic acid (182). | [209] |
CN109486685A | Penicillium sp. | Mangrove | Preparation of anti-insect activity terpenes (183–184) as crystalline compounds. | [210] |
CN109503414A | Trichoderma asperellum | Seaweed | Preparation of one kind of alkane sesquiterpene derivative (185). | [211] |
CN109503428A | Trichoderma asperellum | Seaweed | Preparation of a cyclonerolane-type hydroxamic acid derivative (186). | [212] |
CN109503535A | Trichoderma asperellum | Seaweed | Preparation of a bicyclic cyclonerolane type sesquiterpene derivative (187). | [213] |
CN109503623A | Trichoderma koningiopsis | Morinda officinalis | Preparation and application of guanacaste class compounds (188–189) in the preparation of antibacterial compounds. | [214] |
CN109553600A | Penicillium sp. | Mangrove | Preparation and application of isocoumarin class compounds (190–197). | [215] |
CN109651125A | Fungal strain ZJY1288 GDMCC No. 60290 | Mangrove | Preparation and application of anthraquinone metabolites (198–199) | [216] |
CN109776561A | Cytospora rhizophorae | Morinda officinalis | Preparation of cytorhizin B (200) and C (201) that are applied in the preparation of antitumor drugs. | [217] |
CN109810906A | Bionectria pityrodes | Tamarix sp. | Preparation of phenolic acid compound (202) through fermentation. | [218] |
CN109956883A | Trichoderma asperellum | Seaweed | Preparation of an azo-cyclo alkane type sesquiterpene derivative (203) produced through an acetylation method. | [219] |
CN109971652A | Onygenales sp. | Incarvillea younghusbandii | Preparation of gymnoascolide A (204) in preparing anti-inflammatory drugs. | [220] |
CN109971651A | Arthrinium arundinis | Tobacco | Preparation of 5, 8-peroxyde of ergosterol. | [221] |
CN109971655A | Chaetomium sp. | Radix astragali | Production of differanisole A (205). | [222] |
CN109988181A | Bipolaris sp. | Lycium barbarum | Preparation of bipolahydroquinone C (206) that is used as an antineoplastic drug for treating human pulmonary squamous carcinoma and breast carcinoma. | [223] |
CN110093383A | Alternaria sp. | Polygonum senegalense | Preparation of compound alterlactone (207) that is used as a disinfectant in agriculture. | [224] |
CN110218200A | Pseudopithomyces sp. | Sonneratia caseolaris | Preparation of depsipeptide compound (208). | [225] |
CN110229127A | fungal strain TGM112 CGMCC No. 16499 | Mangrove | Preparation of butyrolactone compounds (209–211). | [226] |
CN110257255A | Daldinia eschscholtzii | Mangrove | Preparation of chromone derivatives (212–216). | [227] |
CN110257260A | Boeremia exigua | Atractylodis macrocephalae | Preparation of the Atractylodes lactones I (217) and II (218). | [228] |
CN110272828A | Colletotrichum boninense | Huperzia serrata | New microbe resource for the production of huperzine A industrial fermentation. | [229] |
CN110283728A | Daldinia eschscholtzii | Mangrove | Preparation of tetralone derivatives (219–223). | [230] |
CN110295116A | Aspergillus sp. | Tamarix sp. | Production of a variety of fatty acids and their application. | [231] |
CN110302215A | Penicillium sp. | Taxus x media | Fungal crude extract, it‘s applications, e.g., as being a source of paclitaxel analog. | [232] |
CN110438015A | Aspergillus tamarii | Citron orange fruit | Fungal strain its fermentation to produce hesperidinase. | [233] |
CN110484588A | Acremonium pilosum | Mahonia sp. | Preparation of fusidic acid (224). | [234] |
CN110511876A | Ilyonectria cyclaminicola | Korean Epimedium herb | The culture method of this fungal strain and its metabolites epimedins A–C (225–227). | [235] |
CN110563740A | Aspergillus fumigatus/Fusarium oxysporum | Edgeworthia chrysantha/Stachys japonica | Methods for preparation and application of alpha-pyrone (228). | [236] |
IN201721002537A | Aspergillus japonicus | Achryranthes aspera | Production of the novel antibacterial compound fraxidin (229). | [237] |
1 Some patents just provided a common name for the host organism.