Structure based on 1nmk |
Ideal structure |
|
| Formula: C39 H56 N4 O10 |
| Weight: 740.883 |
| SMILES: "CC(C)[CH]1NC(=O)[CH](CCC(C)=O)[CH](O)[CH](C)[CH](O)C=CC=CC[CH](OC(=O)[CH]2CCC[N](N2)C(=O)[CH](Cc3cccc(O)c3)NC1=O)C(C)=CCO" |
| Spacial conformation based on PDB
1nmk |
RESIDUE SFM 109
CONECT C54 4 C53 H541 H542 H543
CONECT C53 3 C54 O71 C52
CONECT O71 1 C53
CONECT C52 4 C53 C51 H521 H522
CONECT C51 4 C52 C14 H511 H512
CONECT C14 4 C51 C13 C15 H14
CONECT C13 3 C14 O70 N12
CONECT O70 1 C13
CONECT N12 3 C13 C11 H12
CONECT C11 4 N12 C55 C10 H11
CONECT C55 4 C11 C56 C57 H55
CONECT C56 4 C55 H561 H562 H563
CONECT C57 4 C55 H571 H572 H573
CONECT C10 3 C11 N9 O69
CONECT N9 3 C10 C8 HN9
CONECT C8 4 N9 C58 C7 H8
CONECT C58 4 C8 C59 H581 H582
CONECT C59 3 C58 C64 C60
CONECT C64 3 C59 C63 H64
CONECT C63 3 C64 C62 H63
CONECT C62 3 C63 C61 H62
CONECT C61 3 C62 O68 C60
CONECT O68 2 C61 H68
CONECT C60 3 C59 C61 H60
CONECT C7 3 C8 O67 N6
CONECT O67 1 C7
CONECT N6 3 C7 C5 N65
CONECT C5 4 N6 C4 H51 H52
CONECT C4 4 C5 C3 H41 H42
CONECT C3 4 C4 C2 H31 H32
CONECT C2 4 C3 N65 C1 H2
CONECT N65 3 N6 C2 H65
CONECT C1 3 C2 O66 O65
CONECT O66 1 C1
CONECT O65 2 C1 C23
CONECT C23 4 O65 C22 C24 H23
CONECT C22 4 C23 C21 H221 H222
CONECT C21 3 C22 C20 H21
CONECT C20 3 C21 C19 H20
CONECT C19 3 C20 C18 H19
CONECT C18 3 C19 C17 H18
CONECT C17 4 C18 O73 C16 H17
CONECT O73 2 C17 H73
CONECT C16 4 C17 C50 C15 H16
CONECT C50 4 C16 H501 H502 H503
CONECT C15 4 C14 C16 O72 H15
CONECT O72 2 C15 H72
CONECT C24 3 C23 C49 C25
CONECT C49 4 C24 H491 H492 H493
CONECT C25 3 C24 C26 H25
CONECT C26 4 C25 O78 H261 H262
CONECT O78 2 C26 H78
CONECT O69 1 C10
CONECT H541 1 C54
CONECT H542 1 C54
CONECT H543 1 C54
CONECT H521 1 C52
CONECT H522 1 C52
CONECT H511 1 C51
CONECT H512 1 C51
CONECT H14 1 C14
CONECT H12 1 N12
CONECT H11 1 C11
CONECT H55 1 C55
CONECT H561 1 C56
CONECT H562 1 C56
CONECT H563 1 C56
CONECT H571 1 C57
CONECT H572 1 C57
CONECT H573 1 C57
CONECT HN9 1 N9
CONECT H8 1 C8
CONECT H581 1 C58
CONECT H582 1 C58
CONECT H64 1 C64
CONECT H63 1 C63
CONECT H62 1 C62
CONECT H68 1 O68
CONECT H60 1 C60
CONECT H51 1 C5
CONECT H52 1 C5
CONECT H41 1 C4
CONECT H42 1 C4
CONECT H31 1 C3
CONECT H32 1 C3
CONECT H2 1 C2
CONECT H65 1 N65
CONECT H23 1 C23
CONECT H221 1 C22
CONECT H222 1 C22
CONECT H21 1 C21
CONECT H20 1 C20
CONECT H19 1 C19
CONECT H18 1 C18
CONECT H17 1 C17
CONECT H73 1 O73
CONECT H16 1 C16
CONECT H501 1 C50
CONECT H502 1 C50
CONECT H503 1 C50
CONECT H15 1 C15
CONECT H72 1 O72
CONECT H491 1 C49
CONECT H492 1 C49
CONECT H493 1 C49
CONECT H25 1 C25
CONECT H261 1 C26
CONECT H262 1 C26
CONECT H78 1 O78
END
HET SFM 109
HETSYN SFM ANALOGUE OF MACROLIDE FROM DEGRADED SANGLIFEHRIN A
HETNAM SFM (13E,15E)-(3S,6S,9R,10R,11S,12S,18S,21S)-10,12-DIHYDROX
HETNAM 2 SFM Y-3-(3-HYDROXYBEN-ZYL)-18-((E)-3-HYDROXY-1-METHYLPROPEN
HETNAM 3 SFM YL)-6-ISOPROPYL-11-METHYL-9-(3-OXO-BUTYL)-19-OXA-1,4,7,
HETNAM 4 SFM 25-TETRAAZA-BICYCLO[19.3.1]PENTACOSA-13,15-DIENE-2,5,8,
HETNAM 5 SFM 20-TETRAONE
FORMUL SFM C39 H56 N4 O10
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