![5-Bromo-2-chloro-3H-imidazo[4,5-b]pyridine](data:image/png;base64,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)
| 3H31-D-X5 | |
| 6-Bromo-2-chloro-7-azabenzimidazole | |
| % | |
| 1260669-88-2 | |
| MFCD18250589 | |
| C6H3BrClN3 | |
| 232.47 |
| Units | Price (USD) | Availability |
|---|
PN: 3H31-D-X5
CAS: 1260669-88-2
Molecule Weight: 232.47
Formula: C6H3BrClN3
![5-Bromo-1H-imidazo[4,5-b]pyridine](data:image/png;base64,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)
PN: 3H31-9-X7
CAS: 28279-52-9
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
![2-Chloro-1H-imidazo[4,5-b]pyridine](data:image/png;base64,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)
PN: 3H44-5-02
CAS: 104685-82-7
Molecule Weight: 153.57
Formula: C6H4ClN3
![7-Bromo-2-chloro-3H-imidazo[4,5-b]pyridine](data:image/png;base64,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)
PN: 3H31-D-X7
CAS: 1401687-52-2
Molecule Weight: 232.47
Formula: C6H3BrClN3
TSCA: Not listed on TSCA inventory