![2-[4-(2-Methoxyphenyl)piperazin-1-yl]acetohydrazide](data:image/png;base64,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)
| Product Number | 4H48-1-QK |
| CAS | 204973-87-5 |
| MDL Number | MFCD00977276 |
| Molecular Formula | C13H20N4O2 |
| Molecular Weight | 264.329 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4H48-1-QK
CAS: 204973-87-5
Molecule Weight: 264.329
Formula: C13H20N4O2
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Molecule Weight: 192.262
Formula: C11H16N2O
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CAS: 252964-75-3
Molecule Weight: 283.375
Formula: C17H21N3O
PN: 4H07-5-27
CAS: 43091-72-1
Molecule Weight: 327.67
Formula: C13H21Cl3N2O
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Molecule Weight: 341.7
Formula: C14H23Cl3N2O
PN: 4H07-1-X7
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Molecule Weight: 206.289
Formula: C12H18N2O
PN: 4H01-1-N4
CAS: 1011-17-2
Molecule Weight: 178.235
Formula: C10H14N2O
PN: 4H56-9-W4
CAS: 58260-69-8
Molecule Weight: 340.059
Formula: C10H16Br2N2O
TSCA: Not listed on TSCA inventory