![3-Bromo-6,7-dihydro-5H-pyrrolo[3,4-b]pyridine hydrochloride](data:image/png;base64,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)
| 3H32-D-91 | |
| 3-Bromo-5H,6H,7H-pyrrolo[3,4-b]pyridine hydrochloride | |
| % | |
| 1394117-24-8 | |
| MFCD19688582 | |
| C7H8BrClN2 | |
| 235.51 |
| Units | Price (USD) | 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: 3H32-D-91
CAS: 1394117-24-8
Molecule Weight: 235.51
Formula: C7H8BrClN2
![3-Bromo-6-methyl-5,6-dihydro-7H-pyrrolo[3,4-b]pyridin-7-one](data:image/png;base64,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)
PN: 4H48-9-3A
CAS: 1254319-55-5
Molecule Weight: 227.061
Formula: C8H7BrN2O
![6,7-Dihydro-5H-pyrrolo[3,4-b]pyridine dihydrochloride](data:image/png;base64,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)
PN: G311-A-38
CAS: 147740-02-1
Molecule Weight: 193.07
Formula: C7H10Cl2N2
![6,7-Dihydro-5H-pyrrolo[3,4-b]pyridine](data:image/png;base64,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)
PN: 3H31-1-6X
CAS: 147739-88-6
Molecule Weight: 120.155
Formula: C7H8N2
PN: 3H30-D-X3
CAS: 1257535-42-4
Molecule Weight: 237.53
Formula: C7H10BrClN2
PN: 3H30-9-1Q
CAS: 1211589-61-5
Molecule Weight: 201.067
Formula: C7H9BrN2
TSCA: Not listed on TSCA inventory