CID
int64 1
167M
| SMILES
stringlengths 2
1.71k
| description
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8.95k
| sequence
stringlengths 255
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|---|---|---|---|
1
|
CC(=O)OC(CC(=O)[O-])C[N+](C)(C)C
|
This is a description of a molecule: The molecule is an O-acylcarnitine having acetyl as the acyl substituent. It has a role as a human metabolite. It is functionally related to an acetic acid. It is a conjugate base of an O-acetylcarnitinium.
The molecule is a natural product found in Pseudo-nitzschia multistriata, Euglena gracilis, and other organisms with data available.
The molecule is a metabolite found in or produced by Saccharomyces cerevisiae.
An acetic acid ester of CARNITINE that facilitates movement of ACETYL COA into the matrices of mammalian MITOCHONDRIA during the oxidation of FATTY ACIDS. Generate this molecule graph between <graph> </graph>:
|
<graph>g_198molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0molecule#edge#1g_199molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_200molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_199molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_201molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_202molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_203molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_204molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_205molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_204molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_206molecule#node#0#7molecule#node#1#0molecule#node#2#4molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_204molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_203molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_202molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_207molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_208molecule#node#0#6molecule#node#1#0molecule#node#2#6molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_209molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_208molecule#node#0#6molecule#node#1#0molecule#node#2#6molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_210molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_208molecule#node#0#6molecule#node#1#0molecule#node#2#6molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_211molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,000
|
C(CCl)C(F)(F)F
|
This is a description of a molecule: 3-chloro-1,1,1-trifluoropropane appears as a colorless odorless nonflammable liquid. Poisonous by inhalation. Emits toxic fumes of chlorine and fluorine when heated to decomposition. Generate this molecule graph between <graph> </graph>:
|
<graph>g_276molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0molecule#edge#1g_277molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_278molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_279molecule#node#0#8molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_278molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_280molecule#node#0#8molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_278molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_281molecule#node#0#8molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_278molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_277molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_276molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_282molecule#node#0#16molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,000,009
|
CC(=O)N[C@@H]1[C@H]([C@H]([C@H](O[C@H]1O[C@@H]2[C@H](OC([C@@H]([C@H]2O)O)O)CO)CO)O)O
|
This is a description of a molecule: The molecule is a N-acyl-hexosamine. Generate this molecule graph between <graph> </graph>:
|
<graph>g_504molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0molecule#edge#1g_505molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_506molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_507molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_506molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_505molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_508molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_509molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_508molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_510molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_511molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_510molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_0molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_1molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_2molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_3molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_2molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_4molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_2molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_1molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_0molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_5molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_6molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_7molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_8molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_9molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_10molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_9molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_8molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_11molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_12molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_13molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_12molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_14molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_15molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_14molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_16molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_17molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_16molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_7molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_6molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_5molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_504molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,000,015
|
CC(=O)N[C@H]1CCC2=CC3=C(C(=C2C4=CC=C(C(=O)C=C14)OC)OC)OCO3
|
This is a description of a molecule: The molecule is a natural product found in Colchicum kurdicum, Colchicum ritchii, and other organisms with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_510molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_511molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_0molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_1molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_2molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_3molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_4molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_3molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_5molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_6molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_7molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_4molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_8molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_9molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_10molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_9molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_8molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_0molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_1molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_11molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_12molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_13molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_14molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_15molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_16molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_15molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_17molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_15molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_14molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_13molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_18molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_511molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_18molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_19molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_20molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_21molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_20molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_22molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_23molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_24molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_23molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_22molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_25molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_510molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0</graph>
|
10,000,052
|
COC1=CC(=O)[C@@]2([C@H]1O)[C@H](C[C@@]34[C@@]2(CCN3)CC(=O)C(=C4OC)OC)Cl
|
This is a description of a molecule: The molecule is a natural product found in Hypserpa nitida and Menispermum dauricum with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_446molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0molecule#edge#1g_447molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_448molecule#node#0#16molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_447molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_449molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_450molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_451molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_450molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_452molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_453molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_454molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_455molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_454molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_453molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_456molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_457molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_456molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_449molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_458molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_459molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_460molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_461molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_462molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_458molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_463molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_464molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_465molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_464molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_466molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_467molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_468molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_467molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_466molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_469molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_470molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_471molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_470molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_469molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_459molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_446molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,000,195
|
[B-](F)(F)(F)F.CC(C)(C)C1=CC(=CC(=[O+]1)C(C)(C)C)C2=CC=C(C=C2)OC
|
This is a description of a molecule: The molecule is a member of methoxybenzenes. Generate this molecule graph between <graph> </graph>:
|
<graph>g_465molecule#node#0#4molecule#node#1#0molecule#node#2#4molecule#node#3#0molecule#node#4#0molecule#edge#0molecule#edge#1g_466molecule#node#0#8molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_465molecule#node#0#4molecule#node#1#0molecule#node#2#4molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_467molecule#node#0#8molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_465molecule#node#0#4molecule#node#1#0molecule#node#2#4molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_468molecule#node#0#8molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_465molecule#node#0#4molecule#node#1#0molecule#node#2#4molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_469molecule#node#0#8molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_470molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_471molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_472molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_473molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_474molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_475molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_476molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_475molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_477molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_475molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_478molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_475molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_474molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_479molecule#node#0#7molecule#node#1#0molecule#node#2#6molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_480molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_481molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_482molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_481molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_483molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_481molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_484molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_481molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_480molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_485molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_472molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_471molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_486molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_487molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_488molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_489molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_490molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_489molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_488molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_491molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_470molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0</graph>
|
100,002
|
CC(C)C1C23C(O2)C4C5C(C3=CC(=O)O1)(CCCC5(C(=O)O4)C)C
|
This is a description of a molecule: The molecule is a natural product found in Podocarpus and Podocarpus milanjianus with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_58molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_59molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_60molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_61molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_62molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_63molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_62molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_64molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_62molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_61molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_65molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_66molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_67molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_66molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_68molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_69molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_60molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_70molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_59molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_58molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_71molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_72molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_69molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_72molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_73molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_72molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_74molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_75molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_76molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_77molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_71molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_77molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_78molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_77molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_79molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_80molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_79molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_81molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_58molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
100,004
|
CCC1C2CCN3C1C4(CC3)C5=CC=CC=C5NC4=C2C(=O)OC
|
This is a description of a molecule: The molecule is a natural product found in Aspidosperma pyrifolium, Tabernaemontana siphilitica, and other organisms with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_306molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_307molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_308molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_309molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_310molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_311molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_312molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_307molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_308molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_313molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_314molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_315molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_316molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_317molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_316molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_315molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_318molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_319molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_320molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_321molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_314molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_321molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_322molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_323molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_313molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_324molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_325molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_318molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_325molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_326molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_327molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_326molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_328molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_329molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_328molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_326molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_325molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_324molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_306molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,000,451
|
COC1=C(C=C(C=C1)C2=C(C(=O)C3=C(C(=C(C(=C3O2)OC)OC)OC)O)O)O
|
This is a description of a molecule: The molecule is a natural product found in Maclurodendron porteri with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_406molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0molecule#edge#1g_407molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_408molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_409molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_410molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_409molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_408molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_411molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_412molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_413molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_412molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_411molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_414molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_415molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_414molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_416molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_417molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_418molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_417molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_419molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_420molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_419molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_421molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_422molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_423molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_424molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_425molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_424molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_426molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_427molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_428molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_427molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_426molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_429molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_430molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_422molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_421molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_431molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_432molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_416molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_432molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_407molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_406molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_433molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,000,456
|
C1CN(CCC12C3=CC=CC=C3NC(=O)O2)CCC4=CC=C(C=C4)C(F)(F)F
|
This is a description of a molecule: The molecule is a benzoxazine. Generate this molecule graph between <graph> </graph>:
|
<graph>g_302molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_303molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_304molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_305molecule#node#0#8molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_304molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_306molecule#node#0#8molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_304molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_307molecule#node#0#8molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_304molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_303molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_308molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_309molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_310molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_311molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_312molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_313molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_314molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_315molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_316molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_317molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_318molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_319molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_320molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_321molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_322molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_317molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_322molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_323molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_324molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_325molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_324molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_326molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_316molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_327molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_328molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_313molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_312molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_311molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_310molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_329molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_302molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0</graph>
|
10,000,469
|
CC(=O)O[C@H]1C[C@@H]2[C@@H]3[C@](O3)([C@@H](C[C@H]4[C@](C1=O)(CCCC4(C)C)C)O)C(=O)C2=C
|
This is a description of a molecule: The molecule is a natural product found in Croton kongensis with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_201molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0molecule#edge#1g_202molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_203molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_204molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_205molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_204molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_206molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_207molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_208molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_207molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_209molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_206molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_210molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_211molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_210molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_212molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_213molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_212molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_208molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_214molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_215molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_216molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_217molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_218molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_217molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_219molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_217molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_216molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_215molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_220molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_221molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_220molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_201molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_202molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_222molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_223molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_222molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_224molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_222molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_225molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_226molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_227molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_201molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_228molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,000,481
|
CCC/C=C/[C@@H](C)[C@H]([C@H]1/C=C/[C@H]([C@H](/C=C/CCC(=C)[C@@H](CC(=O)O1)C)O)C)O
|
This is a description of a molecule: The molecule is a natural product found in Amphidinium with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_308molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0molecule#edge#1g_309molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_310molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_311molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#2g_312molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_313molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_314molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_313molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_312molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_311molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_310molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#2g_309molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_315molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_316molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_317molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_318molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#2g_319molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_320molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_319molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_321molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_322molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_321molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_323molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_324molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#2g_325molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_326molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_327molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_328molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_327molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_329molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_330molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_329molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_331molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_332molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_333molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_332molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_334molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_316molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_315molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_335molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
100,005
|
C1=CC=C(C=C1)CC(CO)NC(=O)C2=CC=CC=C2
|
This is a description of a molecule: The molecule is a natural product found in Aspergillus flavipes with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_398molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_399molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_400molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_401molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_402molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_403molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_404molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_405molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_406molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_407molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_408molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_409molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_410molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_411molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_406molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_405molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_404molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_412molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_413molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_412molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_404molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_403molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_402molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_414molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_402molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_401molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_415molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_416molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_398molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0</graph>
|
10,000,664
|
C[C@@H]1CC2=C(C(=CC(=C2[C@@H](N1)C)OC)O)C3=C4C=C(C=C(C4=C(C=C3)OC)O)C
|
This is a description of a molecule: The molecule is a natural product found in Ancistrocladus likoko with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_170molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0molecule#edge#1g_171molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_172molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_173molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_174molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_175molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_176molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_177molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_176molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_178molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_179molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_180molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_179molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_173molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_174molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_181molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_182molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_183molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_184molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_185molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_186molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_185molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_187molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_188molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_189molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_188molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_190molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_183molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_190molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_191molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_192molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_193molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_192molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_191molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_194molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_195molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_196molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_195molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_182molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_181molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_197molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_198molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_172molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0</graph>
|
10,000,703
|
COC1=CC2=CC3=C(COC3=O)C(=C2C=C1OC)C4=CC5=C(C=C4OC)OCO5
|
This is a description of a molecule: The molecule is a natural product found in Justicia procumbens with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_496molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0molecule#edge#1g_497molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_498molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_497molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_499molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_500molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_501molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_502molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_501molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_498molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_503molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_504molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_505molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_506molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_507molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_508molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_507molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_506molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_509molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_510molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_511molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_510molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_509molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_0molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_1molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_504molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_1molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_496molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_2molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_3molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_4molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_5molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_4molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_6molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_7molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_8molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_5molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_9molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_10molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_11molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_12molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_11molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_10molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_2molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0</graph>
|
10,000,783
|
C[C@H]/1CC[C@@H]2C[C@H](C[C@@](O2)([C@H]3CSC(=O)N3)O)OC(=O)/C=C(\CC/C=C1)/C
|
This is a description of a molecule: The molecule is a natural product found in Negombata magnifica with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_368molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0molecule#edge#1g_369molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_370molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_371molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_372molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_373molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_372molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_374molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_375molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_376molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_377molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_378molecule#node#0#15molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_379molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_380molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_379molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_381molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_376molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_375molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_382molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_375molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_383molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_384molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_373molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_384molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_385molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_386molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_387molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_386molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_388molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_389molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#1g_390molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_389molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_391molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_392molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_393molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_394molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#1g_369molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,000,814
|
CC(=CCC(CC1=C2C(=C(C=C1O)O)C(=O)C3=C(O2)C(=C(C=C3)O)O)C(=C)C)C
|
This is a description of a molecule: The molecule is a natural product found in Hypericum roeperianum and Hypericum perforatum with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_496molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_497molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_498molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_499molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_498molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_500molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_501molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_500molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_502molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_503molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_502molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_504molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_505molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_506molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_507molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_506molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_508molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_509molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_508molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_503molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_510molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_499molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_511molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_0molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_1molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_2molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_3molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_4molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_5molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_4molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_6molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_4molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_3molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_2molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_1molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_7molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_8molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_7molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_9molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_7molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_1molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_0molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_511molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_10molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_11molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_10molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_12molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_497molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0</graph>
|
10,000,860
|
C[C@@H](C(=O)[O-])[O-].C1C[C@H]([C@@H]1CN)CN.[Pt+2]
|
This is a description of a molecule: Lobaplatin has been used in trials studying the treatment of Breast Cancer, Hepatocellular Carcinoma, and Lobaplatin and Gemcitabine in Combination, Second-line Treatments on Advanced Osteosarcoma. Generate this molecule graph between <graph> </graph>:
|
<graph>g_203molecule#node#0#7molecule#node#1#0molecule#node#2#4molecule#node#3#0molecule#node#4#0molecule#edge#0molecule#edge#1g_204molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_205molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_204molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_206molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_207molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_206molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_208molecule#node#0#7molecule#node#1#0molecule#node#2#4molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_209molecule#node#0#77molecule#node#1#0molecule#node#2#7molecule#node#3#0molecule#node#4#0molecule#edge#0molecule#edge#1g_210molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0molecule#edge#1g_211molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_212molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_213molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_214molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_213molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_212molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_215molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_216molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_217molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_216molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_215molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_210molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,000,870
|
CC(C)C[C@@H](C(=O)N[C@@H](CC1=CN=CN1)C(=O)O)NC(=O)[C@H](CCC(=O)O)N
|
This is a description of a molecule: The molecule is an oligopeptide. Generate this molecule graph between <graph> </graph>:
|
<graph>g_313molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_314molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_315molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_316molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_317molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_318molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_319molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_320molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_321molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_322molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_323molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_324molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_323molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_325molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_323molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_322molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_321molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_326molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_327molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_328molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_327molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_329molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_330molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_331molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_332molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_333molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_332molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_334molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_332molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_331molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_330molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_329molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_335molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_329molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_327molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_326molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_321molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_320molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_336molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_320molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_319molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_318molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_337molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_338molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_337molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_339molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_337molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_318molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_317molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_316molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_340molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_313molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0</graph>
|
10,000,915
|
CC1=C(C2=C(C(=C1O)C(=O)/C=C/C3=CC=CC=C3)OC(=O)C=C2C4=CC=CC=C4)O
|
This is a description of a molecule: The molecule is a natural product found in Cyclosorus interruptus with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_299molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0molecule#edge#1g_300molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_301molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_300molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_302molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_303molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_302molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_304molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_305molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_304molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_306molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_307molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_308molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_309molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_310molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_311molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_312molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_307molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_306molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_313molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_314molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_315molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_314molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_316molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_305molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_317molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_318molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_319molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_318molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_320molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_321molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#2g_322molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_323molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_324molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_325molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_326molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_327molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_322molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_321molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_320molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#2g_318molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_317molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_299molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_328molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,001,072
|
CCCCOC1=CC(=O)C(=C(C1=O)C/C=C(\C)/CC[C@]2(CCC[C@H](C2=C)C)C)O
|
This is a description of a molecule: The molecule is a natural product found in Dactylospongia metachromia with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_102molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0molecule#edge#1g_103molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_104molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_105molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_106molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_105molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_104molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_103molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_102molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_107molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_108molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_109molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_110molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_109molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_111molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_112molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_111molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_113molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_114molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_115molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_116molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#2g_117molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_116molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_118molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_119molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_120molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_121molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_122molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_123molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_124molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_125molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_124molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_126molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_127molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_126molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_120molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_128molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_120molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_119molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_118molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_116molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_115molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#2g_114molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_113molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_129molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_130molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_129molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_107molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,001,145
|
C1=CC(=CC=C1C2=COC3=CC(=CC(=C3C2=O)O)OC(C(C(=O)O)O)C(=O)O)O
|
This is a description of a molecule: The molecule is a member of isoflavones. Generate this molecule graph between <graph> </graph>:
|
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ule#node#4#0molecule#edge#0#1molecule#edge#1#0g_36molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_38molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,001,150
|
COC1=CC(=CC(=C1)O)[C@H]2[C@H]3[C@@H](CO2)[C@@H](OC3=O)C4=CC(=C(C(=C4)OC)OC)O
|
This is a description of a molecule: The molecule is a lignan that is tetrahydro-1H,3H-furo[3,4-c]furan-1-one substituted by a 3-hydroxy-4,5-dimethoxyphenyl at position 3 and a 3-hydroxy-4,5-dimethoxyphenyl group at position 5. Isolated from the rhizomes of Imperata cylindrica, it exhibits vasodilative activity. It has a role as a metabolite and a vasodilator agent. It is a lignan, a gamma-lactone, a member of methoxybenzenes and a member of phenols. Generate this molecule graph between <graph> </graph>:
|
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#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_297molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_313molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_314molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_286molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,001,183
|
CC1=C(C(CCC1)(C)C)CC/C(=C/CC/C(=C/C[C@@H]2C(=CC(=O)O2)CO)/CO)/C
|
This is a description of a molecule: The molecule is a diterpene lactone. It has a role as a metabolite.
The molecule is a natural product found in Hyrtios erectus and Hippospongia lachne with data available. Generate this molecule graph between <graph> </graph>:
|
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ule#node#4#0molecule#edge#0#0molecule#edge#1#0g_0molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_511molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_510molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_509molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#2g_14molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,001,236
|
C[C@@H]1CN([C@H]2[C@@H]1CC[C@@]3([C@]2(C4=CCC[C@@H]4CCC3=O)CCC(=O)OC)CO)C=O
|
This is a description of a molecule: The molecule is a natural product found in Daphniphyllum glaucescens with data available. Generate this molecule graph between <graph> </graph>:
|
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#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_334molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_336molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_337molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_338molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_313molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_338molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_310molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,001,337
|
CC1([C@@H](N2[C@H](S1)[C@@H](C2=O)N3C(=O)[C@H](NC3(C)C)C4=CC=C(C=C4)O)C(=O)O)C
|
This is a description of a molecule: The molecule is a penicillin antibiotic with antibacterial activity. Oxetacillin binds to and inactivates penicillin-binding proteins (PBPs) located on the inner membrane of the bacterial cell wall. Inactivation of PBPs interferes with the cross-linkage of peptidoglycan chains necessary for bacterial cell wall strength and rigidity. This interrupts bacterial cell wall synthesis and results in the weakening of the bacterial cell wall and causes cell lysis. Generate this molecule graph between <graph> </graph>:
|
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#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_115molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_89molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_116molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,001,388
|
CC(=CCC1=C(C=CC(=C1)C2=COC3=C(C2=O)C(=C(C(=C3)O)CC=C(C)C)O)O)C
|
This is a description of a molecule: The molecule is a member of isoflavanones.
The molecule is a natural product found in Ulex airensis, Sophora tetraptera, and other organisms with data available. Generate this molecule graph between <graph> </graph>:
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<graph>g_85molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0molecule#edge#1g_86molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_87molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_88molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_89molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_88molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_90molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_88molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_87molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_86molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_85molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_91molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_92molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_91molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_93molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_94molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_95molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_96molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_97molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_98molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_99molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_100molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_99molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_101molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_102molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_103molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_102molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_104molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_105molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_106molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_107molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_108molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_107molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_109molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_107molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_106molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_105molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_104molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_110molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_111molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_110molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_100molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_112molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_113molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_112molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_96molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_95molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_114molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_85molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0</graph>
|
10,001,484
|
CC(=CCC1=C2C(=CC(=C1OC)O)C(=O)C3=C(C4=C(C=C3O2)OC(C=C4)(C)C)O)C
|
This is a description of a molecule: The molecule is a natural product found in Tovomita brevistaminea and Tovomita mangle with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_405molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_406molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_407molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_406molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_408molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_406molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_409molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_410molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_411molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_412molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_413molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_412molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_414molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_415molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_416molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_415molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_417molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_418molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_419molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_420molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_421molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_422molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_423molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_422molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_424molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_422molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_421molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_420molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_419molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_425molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_426molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_427molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_426molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_425molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_428molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_429molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_428molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_430molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_417molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_418molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_431molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_432molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_414molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_432molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_433molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_410molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_411molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_434molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_405molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#0</graph>
|
10,001,497
|
CC(=CCC1=CC2=C(C(=C1O)CC=C(C)C)OCC(C2=O)C3=C(C=C(C=C3)O)O)C
|
This is a description of a molecule: The molecule is a member of isoflavanones.
The molecule is a natural product found in Erythrina suberosa, Erythrina sigmoidea, and Erythrina variegata with data available. Generate this molecule graph between <graph> </graph>:
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<graph>g_36molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_37molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_38molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_39molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_40molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_41molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_42molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_43molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_44molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_45molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_46molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_45molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_47molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_45molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_44molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_43molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_42molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_48molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_49molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_48molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_50molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_51molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_52molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_53molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_54molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_53molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_55molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_53molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_52molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_51molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_50molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_39molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_40molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_56molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_57molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_56molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_36molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_58molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_59molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_60molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_59molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_61molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_62molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_63molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_62molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_64molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_65molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_58molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0</graph>
|
10,001,595
|
CC(C)C1=CC(=O)C(=CC=C1/C=C/C(C)(C)O)O[C@H]2[C@@H]([C@H]([C@@H]([C@H](O2)CO)O)O)O
|
This is a description of a molecule: The molecule is a natural product found in Cupressus sempervirens with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_425molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_426molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_427molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_428molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_429molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_428molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_430molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_428molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_427molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_431molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_432molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_433molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_432molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_434molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_435molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_436molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_437molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_438molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_437molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_439molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_440molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_439molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_441molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_442molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_441molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_443molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_444molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_445molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_444molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_443molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_446molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_436molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_435molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_434molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_447molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_448molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_426molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_425molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_449molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#2g_450molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_451molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_450molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_452molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_450molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_453molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
100,016
|
C1=CN(C(=O)N=C1)[C@H]2[C@@H]([C@@H]([C@H](O2)CO)O)O
|
This is a description of a molecule: The molecule is a member of pyrimidine ribonucleosides.
A chemically stable, cytidine analog that displays anti-tumor properties. It acts as a transition state analog inhibitor of cytidine deaminase by binding to the active site as covalent hydrates. Also shown to inhibit DNA methylation and tumor growth both in vitro and in vivo.
The molecule is a synthetic cytidine analogue and a cytidine deaminase inhibitor with anticancer activity. Following metabolic activation by phosphorylation and incorporation into DNA, zebularine inhibits DNA methyltransferase through covalent complex formation between the enzyme and zebularine-substituted DNA, hence resulting in non-specific, genome-wide induction of demethylation including the removal of aberrant methylation of promoter regions of genes critical for normal cellular functions. Generate this molecule graph between <graph> </graph>:
|
<graph>g_487molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0molecule#edge#1g_488molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_489molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_490molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_491molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_492molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_493molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_494molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_493molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_488molecule#node#0#6molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#3molecule#edge#1#0g_487molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_495molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_496molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_495molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_497molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_498molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_497molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_499molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_500molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_501molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_500molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_499molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_502molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_487molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,001,602
|
CC(=O)O[C@@H]1[C@@H]([C@@]2([C@](C(=O)C[C@](O2)(C)C=C)([C@@]3(C1C(CC[C@@H]3O)(C)C)C)O)C)O
|
This is a description of a molecule: The molecule is a natural product found in Plectranthus with data available. Generate this molecule graph between <graph> </graph>:
|
<graph>g_371molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0molecule#edge#1g_372molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_373molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_374molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_375molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_376molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_375molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_377molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_378molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_379molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_380molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_379molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_381molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_382molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_383molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_384molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_383molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_385molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_383molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#1molecule#edge#1#0g_382molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_381molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_386molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_387molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_386molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_388molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_389molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_388molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_390molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_388molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_391molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_392molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#2molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_393molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_394molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_393molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_387molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_395molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_387molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_377molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_396molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#1molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_377molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_378molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_397molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_378molecule#node#0#5molecule#node#1#1molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_398molecule#node#0#7molecule#node#1#0molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_373molecule#node#0#5molecule#node#1#2molecule#node#2#5molecule#node#3#0molecule#node#4#0molecule#edge#0#0molecule#edge#1#0g_399molecule#node#0#5molecule#node#1#0molecule#node#2#5molecule#node#3#3molecule#node#4#0molecule#edge#0#0molecule#edge#1#0</graph>
|
10,001,604
|
CC(=CCC1=CC(=C(C=C1O)O)C(=O)[C@@H](CC2=CC(=C(C=C2)O)CC=C(C)C)O)C
|
This is a description of a molecule: The molecule is a natural product found in Glycyrrhiza glabra with data available. Generate this molecule graph between <graph> </graph>:
|
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|
100,017
|
CC1=C2C(CC1C3=COC=C3)OC4C2(C(C5(C6C4OC(=O)C6(C=CC5=O)C)C)CC(=O)OC)C
|
This is a description of a molecule: The molecule is a natural product found in Azadirachta indica and Azadirachta excelsa with data available. Generate this molecule graph between <graph> </graph>:
|
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|
10,001,751
|
C[C@@H]([C@H]1CC[C@@]2([C@@]1(CC[C@]34[C@H]2C=C[C@@H]5[C@]3(C4)CC[C@@H](C5(C)C)N(C)C)C)C)N(C)C
|
This is a description of a molecule: The molecule is a natural product found in Buxus papillosa with data available. Generate this molecule graph between <graph> </graph>:
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