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(Acyl)polyamines
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2,4-(OH)₂-PhAc
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2,5-(OH)₂-Bz
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4-OH-Bz
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4-OH-IndAc
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4-OH-PhAc
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4-OH-PhLac
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Ac
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Bz
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IndAc
-- IndAc3(Me)43
-- IndAc3(Me₂)4(Me)3(NMe)⁺
-- IndAc3(Me₂)4(Me₂)3Arg²⁺
-- IndAc3(OH)3
-- IndAc3(OH)3(OH)33
-- IndAc3(OH)3(OH)34
-- IndAc3(OH)3(OH)343
-- IndAc3(OH)3(OH)35(NMe₃)⁺
-- IndAc3(OH)3(OH)43
-- IndAc3(OH)33
-- IndAc3(OH)333
-- IndAc3(OH)333(OH)3
-- IndAc3(OH)3334Gu
-- IndAc3(OH)3335(NMe₃)⁺
-- IndAc3(OH)334
-- IndAc3(OH)334(NMe)
-- IndAc3(OH)3343
-- IndAc3(OH)33433
-- IndAc3(OH)3343Ac
-- IndAc3(OH)334Gu
-- IndAc3(OH)335
-- IndAc3(OH)335(NMe)
-- IndAc3(OH)335(NMe₂)
-- IndAc3(OH)335(NMe₃)⁺
-- IndAc3(OH)343
-- IndAc3(OH)35(NMe₃)⁺
-- IndAc3(OH)4
-- IndAc3(OH)43
-- IndAc33(OH)33
-- IndAc333
-- IndAc3333
-- IndAc3334
-- IndAc33343
-- IndAc3334Gu
-- IndAc3335(NMe₃)⁺
-- IndAc334
-- IndAc3343
-- IndAc335(NMe₃)⁺
-- IndAc34
-- IndAc34(OH)33
-- IndAc343
-- IndAc3433
-- IndAc343Ac
-- IndAc35(NMe₃)⁺
-- IndAc353
-- IndAc4
-- IndAc4(OH)3
-- IndAc4(OH)3(OH)3
-- IndAc4(OH)3(OH)33
-- IndAc4(OH)3(OH)333
-- IndAc4(OH)33
-- IndAc4(OH)333
-- IndAc4(OH)333Ac
-- IndAc43
-- IndAc43(OH)33
-- IndAc433
-- IndAc4333
-- IndAc4333Ac
-- IndAc5(OH)3(OH)33
-- IndAc5(OH)33
-- IndAc533
-- IndAc5333
-- IndAcAsn3(Me)43
-- IndAcAsn343
-- IndAcAsn353
-- IndAcAsn4
-- IndAcAsn43
-- IndAcAsn433
-- IndAcAsn433ßAla4
-- IndAcAsn433ßAla4ßAla4
-- IndAcAsn4Lys(Me₂)3Arg⁺
-- IndAcAsn4Lys(Me₂)3⁺
-- IndAcAsn5
-- IndAcAsn53
-- IndAcAsn533
-- IndAcAsn533Arg
-- IndAcAsn5Gly4
-- IndAcAsn5Gly4ßAla4
-- IndAcAsn5Gly4ßAla4ßAla4
-- IndAcAsn5Gly4ßAla4ßAla4ßAla4
-- IndAcAsn5Lys(Me)3Arg
-- IndAcAsn5Lys(Me₂)3Arg⁺
-- IndAcAsn5Orn
-- IndAcAsn5OrnArg
-- IndAcAsn5ßAla3Arg
-- IndAcAsn5ßAla3ßAla4ßAla4
-- IndAcAsn5ßAla3ßAla4ßAla4ßAla4
-- IndAcAsn5ßAla4
-- IndAcAsn5ßAla43
-- IndAcAsn5ßAla43ßAla4
-- IndAcAsn5ßAla43ßAla4ßAla4
-- IndAcAsn5ßAla4Arg
-- IndAcAsn5ßAla4ßAla4
-- IndAcAsn5ßAla4ßAla4ßAla4
-- IndAcAsn5ßAla4ßAla4ßAla4ßAla4
-- IndAcGln4
-- IndAcOrnAsn5ßAla4ßAla4ßAla4
-- IndAcOrnAsp5ßAla4ßAla4
-- IndAcßAla343
-- IndAcßAla353
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IndLac
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OH-OMe-Bz
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PhAc
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Phe
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PhLac
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Prop
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Trp
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Tyr
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Unknown acylpolyamines
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Free polyamines (PA)
Small compounds
Analytical tools
Contact us IndAc4(OH)333
General Description Name Value Level S-3 / C-1 Discovered 2020 / H. curta & Hololena sp. Synonym AG 432h Molecular formula C₂₃H₄₀N₆O₂ CAS 389872-75-7 SMILES O=C(NCCCCN(O)CCCNCCCNCCCN)CC1=CNC2=C1C=CC=C2
InChI InChI=1S/C23H40N6O2/c24-10-5-11-25-12-6-13-26-14-7-17-29(31)16-4-3-15-27-23(30)18-20-19-28-22-9-2-1-8-21(20)22/h1-2,8-9,19,25-26,28,31H,3-7,10-18,24H2,(H,27,30)
Precursor 1 [M+H]⁺ 433.32855 Precursor 2 [M+2H]²⁺ 217.16791 Precursor 3 HDX 7 Precursor HDX 1 [M(D₇)+D]⁺ 441.37876 Precursor HDX 2 [M(D₇)+2D]²⁺ 221.69616 Precursor HDX 3 Rt 10.34 Rt HDX 8.57
Calculated MS/MS fragments # a b c ta z y tz 1 229.13354 211.12297 212.10699 262.15500 58.06513 41.03858 75.09167 2 302.18630 284.17574 285.15975 319.21285 115.12297 98.09643 132.14952 3 359.24415 341.23359 342.21760 376.27070 172.18082 155.15428 205.20229 4 416.30200 398.29144 399.27545 433.32855 259.24924 242.22269 276.27579
Additional MS/MS fragments m/z Annotation 130.06513 a’ 158.06004 a0
Recorded MS/MS spectra pdf Precursor Co-eluting Spider Source Author Data 433.32855 H. curta Fauna Laboratories Ltd., KAZ Y. M. Forster Data HDX H. curta Fauna Laboratories Ltd., KAZ Y. M. Forster Data 433.32855 Hololena sp. Spider Pharm, USA Y. M. Forster Data 217.16791 Hololena sp. Spider Pharm, USA Y. M. Forster Data HDX Hololena sp. Spider Pharm, USA Y. M. Forster
References Title Reference Spider Name Content Link The acylpolyamines from the venom of the spider Agelenopsis aperta S. Chesnov, L. Bigler, M. Hesse, Helv. Chim. Acta 2001, 84, 2178-2197 A. aperta AG 432h APCI-MS/MS Link Development of a high-resolution MS-based method for the structural elucidation of polyamine spider toxins S. Eichenberger, PhD-Thesis, University of Zurich 2009, 1-156 A. aperta AG 432h APCI reduction artefact Link
Spider species Spider species Family Discovered Hololena curta Agelenidae 2020 / Y. M. Forster Hololena sp. Agelenidae 2020 / Y. M. Forster
IndAc4(OH)333 was described for A. aperta by Chesnov in 2001 (AG 432i). Eichenberger showed in 2009 that the described structure was an artefact (APCI reduction).