"Twins" retrives similar metabolites in chemical structure. |
last update : 2020.01.06 |
INPUT WORD = C00040663 , 50% or more | |
[ Metabolite Name : Wortmannilactone B , (-)-Wortmannilactone B ] | |
Number of matched data : 69 |
CID | Metabolite Name | Structural formula | Metabolite Activity | Similarity (%) |
---|---|---|---|---|
C00040665 | Wortmannilactone D (-)-Wortmannilactone D |
96.77 | C00040662 | Wortmannilactone A (-)-Wortmannilactone A |
95.16 | C00040664 | Wortmannilactone C (-)-Wortmannilactone C |
91.94 | C00015631 | SB 311009 | 88.71 | C00015632 | SB 322823 | 87.30 | C00022127 | 3-[4,8-Bis[(acetyloxy)methyl]-13-hydroxy-12-methyl-11-tridecenyl]-2(5H)-furanone | 87.10 | C00037599 | Passifloricin A (+)-Passifloricin A |
87.10 | C00042259 | Australin D (-)-Australin D |
87.10 | C00049998 | Arenolide (+)-Arenolide |
87.10 | C00050038 | Cochliobolic acid | 87.10 | C00041086 | Pierisformosin B | 85.71 | C00044903 | Malyngamide C | 85.71 | C00000565 | Pravastatin | 85.48 | C00003261 | Erioflorin methacrylate | 85.48 | C00015935 | Macrolactin I | 85.48 | C00015937 | Macrolactin K | 85.48 | C00035008 | 25-Hydroxypentacosanoic acid | 85.48 | C00035010 | 26-Hydroxyhexacosanoic acid | 85.48 | C00046806 | Macrolactin F | 85.48 | C00017898 | (+)-Aerocavin Aerocavin |
84.85 | C00047614 | Vladimuliecin A (+)-Vladimuliecin A |
84.85 | C00011736 | Pittosporatobiraside A | 84.38 | C00011830 | Polymatin A | 84.13 | C00011831 | Polymatin B | 84.13 | C00015030 | Cyclipostin G | 84.13 | C00015039 | Cyclipostin S | 84.13 | C00031549 | 2-O-Methylneovibsanin H (+)-2-O-Methylneovibsanin H |
84.13 | C00031550 | 2-O-Methylneovibsanin I (+)-2-O-Methylneovibsanin I |
84.13 | C00038981 | Dendronpholide O (-)-Dendronpholide O |
84.13 | C00046932 | Stolonic acid A (-)-Stolonic acid A |
84.13 | C00046933 | Stolonic acid B (-)-Stolonic acid B |
84.13 | C00003404 | Asebotoxin II | 83.87 | C00003434 | Grayanotoxin I Andromedotoxin |
83.87 | C00011855 | Acanthospermal B | 83.87 | C00012273 | Linearilobin C | 83.87 | C00015034 | Cyclipostin P2 | 83.87 | C00015933 | Macrolactin G | 83.87 | C00015936 | Macrolactin J | 83.87 | C00016423 | (-)-Panclicin D Panclicin D |
83.87 | C00018332 | Dihydromevinolin | 83.87 | C00018631 | Monacolin X | 83.87 | C00022146 | Clibadic acid | 83.87 | C00022351 | Hamachilobene B | 83.87 | C00022352 | Hamachilobene C | 83.87 | C00026349 | (-)-Lepadin E (-)-Lepadine E Lepadin E Lepadine E |
83.87 | C00026350 | (-)-Lepadin F (-)-Lepadine F |
83.87 | C00026354 | (+)-Lepadin F | 83.87 | C00026355 | (+)-Lepadin G | 83.87 | C00026356 | (+)-Lepadin H | 83.87 | C00035114 | Hexacosanoic acid | 83.87 | C00036566 | 4'-Acetylcnicin | 83.87 | C00036687 | Aculeatin D (+)-Aculeatin D |
83.87 | C00036807 | Blazeispirol A (-)-Blazeispirol A |
83.87 | C00037560 | Nonacosanoic acid | 83.87 | C00038353 | Aculeatol A (-)-Aculeatol A |
83.87 | C00038354 | Aculeatol B (+)-Aculeatol B |
83.87 | C00038356 | Aculeatol D | 83.87 | C00038445 | Amphimic acid A (+)-Amphimic acid A |
83.87 | C00038951 | Deacetylpseudolaric acid A 2,3-dihydroxypropyl ester | 83.87 | C00038973 | Dendronpholide G (+)-Dendronpholide G Sinulaflexiolide E (+)-Sinulaflexiolide E |
83.87 | C00039280 | Glyceryl-1-tetracosanoate | 83.87 | C00039285 | Goniothalamusin (+)-Goniothalamusin |
83.87 | C00041956 | Umbellacin D (+)-Umbellacin D |
83.87 | C00042090 | 2beta,3alpha-Diacetoxy-11beta,14alpha-dihydroxy-1(15),8(19)-trinervitadiene (+)-2beta,3alpha-Diacetoxy-11beta,14alpha-dihydroxy-1(15),8(19)-trinervitadiene |
83.87 | C00042290 | Blumicin A (-)-Blumicin A |
83.87 | C00043213 | 5-epi-Vibsanin G (+)-5-epi-Vibsanin G |
83.87 | C00043234 | Acanthovagasteroid A (-)-Acanthovagasteroid A |
83.87 | C00043301 | Aspochalasin I (-)-Aspochalasin I |
83.87 | C00043997 | Vibsanin G (+)-Vibsanin G |
83.87 |