![(3aR,6aS)-5-Benzyltetrahydropyrrolo[3,4-c]pyrrole-1,3(2H,3aH)-dione](data:image/png;base64,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)
| 4H18-1-27 | |
| cis-5-Benzyltetrahydropyrrolo[3,4-c]pyrrole-1,3(2H,3aH)-dione | |
| % | |
| 370879-53-1 | |
| MFCD04116221 | |
| C13H14N2O2 | |
| 230.267 |
| Units | Price (USD) | Availability |
|---|
PN: 4H18-1-27
CAS: 370879-53-1
Molecule Weight: 230.267
Formula: C13H14N2O2
![5-Benzyl-octahydropyrrolo[3,4-c]pyrrole-1,3-dione](data:image/png;base64,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)
PN: 4H48-1-MG
CAS: 848591-86-6
Molecule Weight: 230.267
Formula: C13H14N2O2
PN: 4H48-1-0B7
CAS: 116041-19-1
Molecule Weight: 218.256
Formula: C12H14N2O2
![2-Benzyl-2,7-diazaspiro[4.4]nonane-1,3-dione](data:image/png;base64,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)
PN: 4H48-1-AS
CAS: 1148044-35-2
Molecule Weight: 244.294
Formula: C14H16N2O2
PN: 4H48-1-3R
CAS: 115687-29-1
Molecule Weight: 204.273
Formula: C12H16N2O
![7-Benzyl-2,7-diazaspiro[4.4]nonan-3-one](data:image/png;base64,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)
PN: 4H48-1-JE
CAS: 909723-04-2
Molecule Weight: 230.311
Formula: C14H18N2O
![8-Benzyl-2,8-diazaspiro[4.5]decane-1,3-dione](data:image/png;base64,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)
PN: 4H48-1-024
CAS: 1463-48-5
Molecule Weight: 258.321
Formula: C15H18N2O2
![8-Benzyl-2,8-diazaspiro[4.5]decan-1-one](data:image/png;base64,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)
PN: 4H48-1-EJ
CAS: 1123242-53-4
Molecule Weight: 244.338
Formula: C15H20N2O
Melting Point: 157-158 ℃
TSCA: Not listed on TSCA inventory