![9-Benzyl-3,9-diazaspiro[5.5]undecan-2-one](data:image/png;base64,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)
| 4H48-1-EF | |
| % | |
| 500360-86-1 | |
| MFCD13180661 | |
| C16H22N2O | |
| 258.365 |
| Units | Price (USD) | Availability |
|---|
PN: 4H48-1-EF
CAS: 500360-86-1
Molecule Weight: 258.365
Formula: C16H22N2O
![9-Benzyl-3,9-diazaspiro[5.5]undecane-2,4-dione](data:image/png;base64,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)
PN: 4H48-1-EC
CAS: 189333-48-0
Molecule Weight: 272.348
Formula: C16H20N2O2
![8-Benzyl-2,8-diazaspiro[4.5]decan-3-one](data:image/png;base64,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)
PN: 4H48-1-00Z
CAS: 154495-69-9
Molecule Weight: 244.338
Formula: C15H20N2O
![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
![3-Benzyl-3-azabicyclo[3.1.0]hexane-2,4-dione](data:image/png;base64,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)
PN: 4H48-1-0V
CAS: 73799-63-0
Molecule Weight: 201.225
Formula: C12H11NO2
![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
PN: 4H15-1-20
CAS: 22065-85-6
Molecule Weight: 203.285
Formula: C13H17NO
Melting Point: 172-174 ℃
TSCA: Not listed on TSCA inventory