![3-[3-Amino-4-(2-methoxyethoxy)phenyl]propanoic acid](data:image/png;base64,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)
| Product Number | 4757-1-49 |
| CAS | 284665-32-3 |
| MDL Number | MFCD00207119 |
| Molecular Formula | C12H17NO4 |
| Molecular Weight | 239.271 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4757-1-49
CAS: 284665-32-3
Molecule Weight: 239.271
Formula: C12H17NO4
PN: 4757-1-48
CAS: 90717-66-1
Molecule Weight: 181.191
Formula: C9H11NO3
PN: 4758-1-0C
CAS: 199180-07-9
Molecule Weight: 224.26
Formula: C11H16N2O3
TSCA: Not listed on TSCA inventory
