| Product Number | 4658-1-SZ |
| Purity | 97 % |
| CAS | 65710-57-8 |
| MDL Number | MFCD08275856 |
| Molecular Formula | C16H22N2O6 |
| Molecular Weight | 338.36 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4658-1-SZ
CAS: 65710-57-8
Molecule Weight: 338.36
Formula: C16H22N2O6
PN: 4H56-1-4L
CAS: 149057-19-2
Molecule Weight: 364.398
Formula: C18H24N2O6
PN: 4H58-1-R0A
CAS: 954388-33-1
Molecule Weight: 364.398
Formula: C18H24N2O6
PN: 4H56-1-06K
CAS: 557056-07-2
Molecule Weight: 350.415
Formula: C18H26N2O5
![Methyl 2-(S)-[n-carbobenzyloxy]amino-3-aminopropionate, hydrochloride](data:image/png;base64,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)
PN: 4658-5-34
CAS: 35761-27-4
Molecule Weight: 288.73
Formula: C12H17ClN2O4
PN: 4H56-1-236
CAS: 112257-42-8
Molecule Weight: 306.362
Formula: C16H22N2O4
TSCA: Not listed on TSCA inventory
