![1,2,3,4-Tetrahydropyrido-[4,3-b][1,6]-naphthyridine](data:image/png;base64,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)
| 3H32-1-Q1 | |
| % | |
| 387358-40-9 | |
| MFCD00203189 | |
| C11H11N3 | |
| 185.23 |
| 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: 3H32-1-Q1
CAS: 387358-40-9
Molecule Weight: 185.23
Formula: C11H11N3
![2-Acetyl-1,2,3,4-tetrahydropyrido[4,3-b][1,6]naphthyridine](data:image/png;base64,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)
PN: 4H17-1-53
CAS: 392233-81-7
Molecule Weight: 227.267
Formula: C13H13N3O
![1,2,3,4-Tetrahydropyrido-[4,3-b][1,8]-naphthyridine](data:image/png;base64,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)
PN: 3H32-1-Q2
CAS: 387358-41-0
Molecule Weight: 185.23
Formula: C11H11N3
![4-(3,4-Dihydropyrido[4,3-b]-1,6-naphthydrin-2(1H)-yl)-4-oxobutanoic acid](data:image/png;base64,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)
PN: 4H29-1-59
CAS: 392233-82-8
Molecule Weight: 285.303
Formula: C15H15N3O3
![2,3,4,5-Tetrahydro-1H-pyrido[4,3-b]indole](data:image/png;base64,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)
PN: 3H31-1-GK
CAS: 6208-60-2
Molecule Weight: 172.231
Formula: C11H12N2
![8-Methyl-2,3,4,5-tetrahydro-1H-pyrido[4,3-b]indole hydrochloride](data:image/png;base64,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)
PN: 3H31-5-X5
CAS: 57933-28-5
Molecule Weight: 222.72
Formula: C12H15ClN2
PN: 3H31-5-3C
CAS: 1187830-51-8
Molecule Weight: 170.64
Formula: C8H11ClN2
Melting Point: 156-158 ℃
TSCA: Not listed on TSCA inventory