![7-Bromopyrido[2,3-b]pyrazine](data:image/png;base64,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)
| 3H32-9-L0 | |
| 52333-42-3 | |
| MFCD01105748 | |
| C7H4BrN3 | |
| 210.034 |
| Units | Price (USD) | Availability | ||
|---|---|---|---|---|
| POA | Contact for Price | Contact for Availability | ||
| Bulk | Contact for Price | Contact for Availability | ||
| *Items available from stock in the UK ship from Florida in 3 to 5 business days | ||||
PN: 3H32-9-L0
CAS: 52333-42-3
Molecule Weight: 210.034
Formula: C7H4BrN3
![7-Bromo-8-methylpyrido[2,3-b]pyrazine](data:image/png;base64,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)
PN: 3H32-9-X6
CAS: 116605-69-7
Molecule Weight: 224.061
Formula: C8H6BrN3
![6-Bromo-3H-imidazo[4,5-b]pyridine](data:image/png;base64,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)
PN: 3H32-9-21
CAS: 28279-49-4
Molecule Weight: 198.023
Formula: C6H4BrN3
![7-Bromopyrido[2,3-b]pyrazine-8-carbaldehyde](data:image/png;base64,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)
PN: 4H15-9-29
CAS: 893566-36-4
Molecule Weight: 238.044
Formula: C8H4BrN3O
![8-Bromopyrido[3,4-b]pyrazine](data:image/png;base64,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)
PN: 3H32-9-28
CAS: 929074-45-3
Molecule Weight: 210.034
Formula: C7H4BrN3
![7-Bromo-2,3-dimethylpyrido[2,3-b]pyrazine](data:image/png;base64,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)
PN: 3H32-9-37
CAS: 52333-43-4
Molecule Weight: 238.088
Formula: C9H8BrN3
TSCA: Not listed on TSCA inventory
![Pyrido[2,3-b]pyrazine](data:image/png;base64,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)