| 4H17-9-0D | |
| % | |
| 1301219-07-7 | |
| MFCD29765459 | |
| C14H14BrNO | |
| 292.176 |
| 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: 4H17-9-0D
CAS: 1301219-07-7
Molecule Weight: 292.176
Formula: C14H14BrNO
PN: 4H17-9-0C
CAS: 1260493-98-8
Molecule Weight: 264.122
Formula: C12H10BrNO
PN: 4H17-1-81
CAS: 15128-52-6
Molecule Weight: 185.226
Formula: C12H11NO
PN: 3H31-9-0B
CAS: 78863-99-7
Molecule Weight: 250.139
Formula: C12H12BrN
PN: 4H17-1-37
CAS: 3456-99-3
Molecule Weight: 185.226
Formula: C12H11NO
![3-Bromo-7,8-dihydro-7,7-dimethyl-5H-pyrido[3,2-b]indol-9(6H)-one](data:image/png;base64,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)
PN: 4H17-9-0F
CAS:
Molecule Weight: 293.164
Formula: C13H13BrN2O
PN: 4H17-1-95
CAS: 27387-31-1
Molecule Weight: 199.253
Formula: C13H13NO
![3-Bromo-7,8-dihydro-5H-pyrido[3,2-b]indol-9(6H)-one](data:image/png;base64,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)
PN: 4H17-9-0E
CAS:
Molecule Weight: 265.11
Formula: C11H9BrN2O
TSCA: Not listed on TSCA inventory