| Product Number | 4H56-1-ED |
| Purity | 98.0 % |
| CAS | 845267-78-9 |
| MDL Number | MFCD10566071 |
| Molecular Formula | C10H15NO4 |
| Molecular Weight | 213.233 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4H56-1-ED
CAS: 845267-78-9
Molecule Weight: 213.233
Formula: C10H15NO4
PN: 4H51-1-10
CAS: 85908-96-9
Molecule Weight: 199.25
Formula: C10H17NO3
PN: 4H56-1-776
CAS: 845267-80-3
Molecule Weight: 241.287
Formula: C12H19NO4
PN: 4H56-1-6Y
CAS: 324769-06-4
Molecule Weight: 227.304
Formula: C12H21NO3
PN: 4H56-1-385
CAS: 181269-69-2
Molecule Weight: 213.277
Formula: C11H19NO3
PN: 4H56-1-R385
CAS: 2091951-57-2
Molecule Weight: 213.277
Formula: C11H19NO3
PN: 4H56-1-S385
CAS: 2092486-33-2
Molecule Weight: 213.277
Formula: C11H19NO3
![3-Boc-6-oxo-3-azabicyclo[3.1.1]heptane](data:image/png;base64,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)
PN: 4H56-1-176
CAS: 1251013-26-9
Molecule Weight: 211.261
Formula: C11H17NO3
Melting Point: 111-112 ℃
TSCA: Not listed on TSCA inventory