| Product Number | 4H48-1-YB |
| CAS | 1378457-21-6 |
| MDL Number | MFCD18384920 |
| Molecular Formula | C10H13N3O |
| Molecular Weight | 191.234 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4H48-1-YB
CAS: 1378457-21-6
Molecule Weight: 191.234
Formula: C10H13N3O
PN: 4H15-1-H1
CAS: 898289-23-1
Molecule Weight: 176.219
Formula: C10H12N2O
PN: 3H30-1-1P
CAS: 876316-38-0
Molecule Weight: 177.251
Formula: C10H15N3
PN: 3H31-1-93
CAS: 879896-59-0
Molecule Weight: 191.278
Formula: C11H17N3
PN: 3H30-1-4G
CAS: 876316-37-9
Molecule Weight: 191.278
Formula: C11H17N3
PN: 4H21-1-26
CAS: 98088-04-1
Molecule Weight: 192.218
Formula: C10H12N2O2
PN: 4H21-1-1U
CAS: 887922-89-6
Molecule Weight: 210.233
Formula: C10H14N2O3
![N-Methyl-N-[(2-piperidin-1-ylpyridin-4-yl)methyl]amine](data:image/png;base64,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)
PN: 3H31-1-AD
CAS: 879896-58-9
Molecule Weight: 205.305
Formula: C12H19N3
TSCA: Not listed on TSCA inventory