![5-Nitro-1H,2H,3H-pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,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)
| 4H48-1-TT | |
| 43103-81-7 | |
| MFCD12962917 | |
| C7H5N3O3 | |
| 179.135 |
PN: 4H48-1-TT
CAS: 43103-81-7
Molecule Weight: 179.135
Formula: C7H5N3O3
![5-Amino-1H,2H,3H-pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,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)
PN: 4H48-1-8T
CAS: 869371-00-6
Molecule Weight: 149.153
Formula: C7H7N3O
TSCA: Not listed on TSCA inventory
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