![1-[(tert-Butoxy)carbonyl]-3,3-difluoropiperidine-4-carboxylic acid](data:image/png;base64,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)
| Product Number | 4H58-3-0Y |
| Purity | 97.0 % |
| CAS | 1303972-81-7 |
| MDL Number | MFCD18909780 |
| Molecular Formula | C11H17F2NO4 |
| Molecular Weight | 265.257 |
| Units | Price (USD) | Availability |
|---|
PN: 4H58-3-0Y
CAS: 1303972-81-7
Molecule Weight: 265.257
Formula: C11H17F2NO4
PN: 4H58-3-1V
CAS: 1303974-46-0
Molecule Weight: 247.266
Formula: C11H18FNO4
PN: 4H58-3-2B
CAS: 1864003-59-7
Molecule Weight: 247.266
Formula: C11H18FNO4
PN: 4H58-3-2C
CAS: 1864003-07-5
Molecule Weight: 247.266
Formula: C11H18FNO4
PN: 4H58-3-2D
CAS: 1932149-31-9
Molecule Weight: 247.266
Formula: C11H18FNO4
PN: 4H58-3-2K
CAS: 1334416-35-1
Molecule Weight: 307.338
Formula: C14H23F2NO4
PN: 4H58-3-3P
CAS: 895243-98-8
Molecule Weight: 261.293
Formula: C12H20FNO4
PN: 4H58-3-3Q
CAS: 1864003-52-0
Molecule Weight: 261.293
Formula: C12H20FNO4
TSCA: Not listed on TSCA inventory