![5-Bromo-1H,2H,3H-pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,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)
| 4H48-9-08 | |
| 98 % | |
| 183208-34-6 | |
| MFCD07367221 | |
| C7H5BrN2O | |
| 213.034 |
| Units | Price (USD) | Availability |
|---|
PN: 4H48-9-08
CAS: 183208-34-6
Molecule Weight: 213.034
Formula: C7H5BrN2O
![5-Bromo-1,3-dihydro-3,3-dimethyl-2H-pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,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)
PN: 4H48-9-39
CAS: 1263280-06-3
Molecule Weight: 241.088
Formula: C9H9BrN2O
![5-Bromo-4-chloro-1H,2H,3H-pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,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)
PN: 4H48-D-32
CAS: 1190316-24-5
Molecule Weight: 247.48
Formula: C7H4BrClN2O
![5-Bromo-6-chloro-1,3-dihydro-2H-pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,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)
PN: 4H48-D-22
CAS: 297757-11-0
Molecule Weight: 247.48
Formula: C7H4BrClN2O
![5'-Bromo-1',2'-dihydrospiro[cyclopropane-1,3'-pyrrolo[2,3-b]pyridine]-2'-one](data:image/png;base64,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)
PN: 4H48-9-1G
CAS: 1263279-55-5
Molecule Weight: 239.072
Formula: C9H7BrN2O
![1H,2H,3H-Pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,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)
PN: 4H48-1-JF
CAS: 5654-97-7
Molecule Weight: 134.138
Formula: C7H6N2O
![5'-Bromo-1',2'-dihydrospiro[cyclobutane-1,3'-pyrrolo[2,3-b]pyridine]-2'-one](data:image/png;base64,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)
PN: 4H48-9-1E
CAS: 1428799-32-9
Molecule Weight: 253.099
Formula: C10H9BrN2O
PN: 4H48-5-4Z
CAS: 1427367-62-1
Molecule Weight: 170.6
Formula: C7H7ClN2O
TSCA: Not listed on TSCA inventory