| Product Number | 4H39-9-03 |
| CAS | 50371-65-8 |
| MDL Number | MFCD06200908 |
| Molecular Formula | C5H5Br2N3O |
| Molecular Weight | 282.923 |
| Units | Price (USD) | Availability |
|---|
PN: 4H39-9-03
CAS: 50371-65-8
Molecule Weight: 282.923
Formula: C5H5Br2N3O
PN: 4H56-9-AA
CAS: 923676-53-3
Molecule Weight: 218.054
Formula: C6H8BrN3O
![4,5-Dibromo-2-[(3-hydroxyprop-1-yl)carbamoyl]-1H-pyrrole](data:image/png;base64,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)
PN: 4H48-9-70
CAS: 186956-98-9
Molecule Weight: 325.988
Formula: C8H10Br2N2O2
TSCA: Not listed on TSCA inventory