![Methyl 5-iodo-1H-pyrrolo[2,3-b]pyridine-3-carboxylate](data:image/png;base64,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)
| 4H58-H-12 | |
| 1234615-78-1 | |
| MFCD17214369 | |
| C9H7IN2O2 | |
| 302.071 |
| Units | Price (USD) | Availability | ||
|---|---|---|---|---|
| POA | Contact for Price | Contact for Availability | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability | Contact for Availability | |
| *Items available from stock in the UK ship from Florida in 3 to 5 business days | ||||
PN: 4H58-H-12
CAS: 1234615-78-1
Molecule Weight: 302.071
Formula: C9H7IN2O2
PN: 4H23-1-M5
CAS: 808137-94-2
Molecule Weight: 176.175
Formula: C9H8N2O2
PN: 4H58-5-A4
CAS: 1273577-20-0
Molecule Weight: 224.64
Formula: C10H9ClN2O2
PN: 4H21-1-61
CAS: 156270-06-3
Molecule Weight: 162.148
Formula: C8H6N2O2
![Methyl 5-bromo-1H-pyrrolo[2,3-b]pyridine-3-carboxylate](data:image/png;base64,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)
PN: 4H58-9-0E
CAS: 872619-43-7
Molecule Weight: 255.071
Formula: C9H7BrN2O2
PN: 4H58-5-B1
CAS: 1234615-81-6
Molecule Weight: 210.62
Formula: C9H7ClN2O2
PN: 4H23-3-3C
CAS: 1027530-64-8
Molecule Weight: 194.165
Formula: C9H7FN2O2
PN: 4H58-5-99
CAS: 1000340-37-3
Molecule Weight: 196.59
Formula: C8H5ClN2O2
TSCA: Not listed on TSCA inventory