![7-Amino-2-azaspiro[4.4]nonan-3-one hydrochloride](data:image/png;base64,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)
| 4H48-5-DW | |
| % | |
| 2173991-79-0 | |
| MFCD31617948 | |
| C8H15ClN2O | |
| 190.67 |
| Units | Price (USD) | Availability |
|---|
PN: 4H48-5-DW
CAS: 2173991-79-0
Molecule Weight: 190.67
Formula: C8H15ClN2O
![2-Azabicyclo[2.2.1]heptan-3-one](data:image/png;base64,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)
PN: 4H48-1-CD
CAS: 24647-29-8
Molecule Weight: 111.144
Formula: C6H9NO
PN: 4H48-1-JW
CAS: 64744-50-9
Molecule Weight: 153.225
Formula: C9H15NO
![(1R,2R,5R)-2-amino-6-azabicyclo[3.2.1]octan-7-one](data:image/png;base64,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)
PN: 4H48-1-QS
CAS: 1980007-43-9
Molecule Weight: 140.186
Formula: C7H12N2O
![(1R,2S,5R)-2-amino-6-azabicyclo[3.2.1]octan-7-one](data:image/png;base64,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)
PN: 4H48-1-QT
CAS: 1932206-26-2
Molecule Weight: 140.186
Formula: C7H12N2O
TSCA: Not listed on TSCA inventory
![2-Azaspiro[4.4]nonan-3-one](data:image/png;base64,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)