![5-Methyl-1H-pyrrolo[2,3-b]pyridine](data:image/png;base64,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)
| 3H32-1-HE | |
| 824-52-2 | |
| MFCD06659674 | |
| C8H8N2 | |
| 132.166 |
| Units | Price (USD) | Availability |
|---|
PN: 3H32-1-HE
CAS: 824-52-2
Molecule Weight: 132.166
Formula: C8H8N2
PN: 3H32-5-BB
CAS: 1432754-52-3
Molecule Weight: 183.64
Formula: C8H10ClN3
![1H-Pyrrolo[2,3-b]pyridine-5-carbonitrile](data:image/png;base64,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)
PN: 3H37-1-5W
CAS: 517918-95-5
Molecule Weight: 143.149
Formula: C8H5N3
PN: 4H56-1-632
CAS: 849067-97-6
Molecule Weight: 148.165
Formula: C8H8N2O
PN: 4H56-1-079
CAS: 849067-90-9
Molecule Weight: 146.149
Formula: C8H6N2O
PN: 3H32-5-B4
CAS: 1408075-79-5
Molecule Weight: 183.64
Formula: C8H10ClN3
TSCA: Not listed on TSCA inventory
