Marcellomycin → HCID 86736131, compound

HRID 1112782Notes

Reaction equation

HRID 1112782 reaction equation
CCC1C=CC2C(=CC3C(=O)C4C(=C(O)C=CC=4O)C(=O)C=3C=2O)C=1C(OC)=O.CC[C@]1(O)[C@H](C(OC)=O)C2C=C3C(=O)C4C(O)=CC=C(O)C=4C(=O)C3=C(O)C=2[C@@H](O[C@@H]2O[C@@H](C)[C@@H](O[C@@H]3O[C@@H](C)[C@@H](O)[C@@H](O)C3)[C@@H](N(C)C)C2)C1.[CH3:81][CH2:82][C@:83]1([OH:140])[C@H:105]([C:106]([O:108][CH3:109])=[O:107])[C:87]2[CH:88]=[C:89]3[C:101](=[O:102])[C:100]4[C:99]([OH:103])=[CH:98][CH:97]=[C:96]([OH:104])[C:95]=4[C:93](=[O:94])[C:90]3=[C:91]([OH:92])[C:86]=2[C@@H:85]([O:110][C@@H:111]2[O:116][C@@H:115]([CH3:117])[C@@H:114]([O:118][C@@H:119]3[O:124][C@@H:123]([CH3:125])[C@@H:122]([O:126][C@@H:127]4[O:132][C@@H:131]([CH3:133])[C@@H:130]([OH:134])[C@@H:129]([OH:135])[CH2:128]4)[C@@H:121]([OH:136])[CH2:120]3)[C@@H:113]([N:137]([CH3:139])[CH3:138])[CH2:112]2)[CH2:84]1.[CH3:141][CH2:142][C@:143]1([OH:200])[C@H:165]([C:166]([O:168][CH3:169])=[O:167])[C:147]2[CH:148]=[C:149]3[C:161](=[O:162])[C:160]4[C:159]([OH:163])=[CH:158][CH:157]=[C:156]([OH:164])[C:155]=4[C:153](=[O:154])[C:150]3=[C:151]([OH:152])[C:146]=2[C@@H:145]([O:170][C@@H:171]2[O:176][C@H:175]([CH3:177])[C@@H:174]([O:178][C@@H:179]3[O:184][C@H:183]([CH3:185])[C@@H:182]([O:186][C@@H:187]4[O:193][C@@H:192]([CH3:194])[C:190](=[O:191])[CH:189]=[C:188]4[NH2:195])[C@@H:181]([OH:196])[CH2:180]3)[C@@H:173]([N:197]([CH3:199])[CH3:198])[CH2:172]2)[CH2:144]1>>[CH3:141][CH2:142][C@:143]1([OH:200])[C@H:165]([C:166]([O:168][CH3:169])=[O:167])[C:147]2[CH:148]=[C:149]3[C:161](=[O:162])[C:160]4[C:159]([OH:163])=[CH:158][CH:157]=[C:156]([OH:164])[C:155]=4[C:153](=[O:154])[C:150]3=[C:151]([OH:152])[C:146]=2[C@@H:145]([O:170][C@@H:171]2[O:176][C@H:175]([CH3:177])[C@@H:174]([O:178][C@@H:179]3[O:184][C@H:183]([CH3:185])[C@@H:182]([O:186][C@@H:187]4[O:193][C@@H:192]([CH3:194])[C:190](=[O:191])[CH:189]=[C:188]4[NH2:195])[C@@H:181]([OH:196])[CH2:180]3)[C@@H:173]([N:197]([CH3:199])[CH3:198])[CH2:172]2)[CH2:144]1.[CH3:81][CH2:82][C@:83]1([OH:140])[C@H:105]([C:106]([O:108][CH3:109])=[O:107])[C:87]2[CH:88]=[C:89]3[C:101](=[O:102])[C:100]4[C:99]([OH:103])=[CH:98][CH:97]=[C:96]([OH:104])[C:95]=4[C:93](=[O:94])[C:90]3=[C:91]([OH:92])[C:86]=2[C@@H:85]([O:110][C@@H:111]2[O:116][C@@H:115]([CH3:117])[C@@H:114]([O:118][C@@H:119]3[O:124][C@@H:123]([CH3:125])[C@@H:122]([O:126][C@@H:127]4[O:132][C@@H:131]([CH3:133])[C@@H:130]([OH:134])[C@@H:129]([OH:135])[CH2:128]4)[C@@H:121]([OH:136])[CH2:120]3)[C@@H:113]([N:137]([CH3:139])[CH3:138])[CH2:112]2)[CH2:84]1

Participants

5

Procedure

The solids obtained were chromatographed on Brinkmann 60F254 silica gel thin layer plates using an 80:20 toluene:methanol solvent system. The first band to elute was shown by thin layer chromatography to be a complex inactive mixture. The second band gave a characteristic pinkish red zone at about Rf =0.75. This fraction was also inactive and was found to comprise mainly η-pyrromycinone. The third fraction to elute gave a single zone with Rf ~0.3. This was determined to be musettamycin and was highly active when tested on both the L1210 and P388 mouse leukemia systems. The final band to elute gave a zone of Rf ~0.3 and comprised mainly marcellomycin but also a minor proportion of rudolphomycin. This component exhibited high activity when tested on L1210 and P388 mouse leukemia systems.

Workup

  1. customThe solids obtained
  2. customwere chromatographed on Brinkmann 60F254 silica gel thin layer plates
  3. washThe first band to elute
  4. customThe second band gave a characteristic pinkish red zone at about Rf =0.75
  5. washThe third fraction to elute
  6. customgave a single zone with Rf ~0.3
  7. washThe final band to elute
  8. customgave a zone of Rf ~0.3

Sources & evidence

ORD record
ord-cf40423c1ac848c3b91a7b3118efcbce
Source dataset
uspto-grants-1978_10
Patent number
US04123608

Reaction notes

Loading…