| Product Number | 4H56-5-33 |
| Synonyms | 5-(Methylamino)-1-(pyridin-3-yl)pentan-1-one dihydrochloride |
| CAS | 66093-90-1 |
| MDL Number | MFCD02094278 |
| Molecular Formula | C10H16Cl2N2O |
| Molecular Weight | 251.15 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4H56-5-33
CAS: 66093-90-1
Molecule Weight: 251.15
Formula: C10H16Cl2N2O
PN: 4H17-1-8N
CAS: 24966-13-0
Molecule Weight: 147.177
Formula: C9H9NO
![3-[(Piperidin-4-yl)methyl]pyridine dihydrochloride](data:image/png;base64,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)
PN: 3H31-5-Y3
CAS: 1172053-95-0
Molecule Weight: 249.18
Formula: C11H18Cl2N2
TSCA: Not listed on TSCA inventory
