![6-Bromo-3H-imidazo[4,5-b]pyridine](data:image/png;base64,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)
| 3H32-9-21 | |
| 28279-49-4 | |
| MFCD00196765 | |
| C6H4BrN3 | |
| 198.023 |
| Units | Price (USD) | Availability |
|---|
PN: 3H32-9-21
CAS: 28279-49-4
Molecule Weight: 198.023
Formula: C6H4BrN3
![7-Bromo-3H-imidazo[4,5-b]pyridine](data:image/png;base64,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)
PN: 3H32-9-D6
CAS: 1207174-85-3
Molecule Weight: 198.023
Formula: C6H4BrN3
![6-Bromo-2-chloro-3H-imidazo[4,5-b]pyridine](data:image/png;base64,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)
PN: 3H32-D-Y4
CAS: 438190-89-7
Molecule Weight: 232.47
Formula: C6H3BrClN3
![6-Bromo-1H-imidazo[4,5-b]pyridin-2(3H)-one](data:image/png;base64,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)
PN: 4H48-9-17
CAS: 148038-83-9
Molecule Weight: 214.022
Formula: C6H4BrN3O
![6-Bromo-2-methyl-3H-imidazo[4,5-b]pyridine](data:image/png;base64,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)
PN: 3H31-9-Z2
CAS: 42869-47-6
Molecule Weight: 212.05
Formula: C7H6BrN3
![6-Bromo-7-methyl-1H-imidazo[4,5-b]pyridine](data:image/png;base64,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)
PN: 3H31-9-X0
CAS: 91996-63-3
Molecule Weight: 212.05
Formula: C7H6BrN3
![6-Bromo-7-chloro-3H-imidazo[4,5-b]pyridine](data:image/png;base64,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)
PN: 3H32-D-32
CAS: 83472-62-2
Molecule Weight: 232.47
Formula: C6H3BrClN3
![7-Bromopyrido[2,3-b]pyrazine](data:image/png;base64,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)
PN: 3H32-9-L0
CAS: 52333-42-3
Molecule Weight: 210.034
Formula: C7H4BrN3
TSCA: Not listed on TSCA inventory