| Product Number | 4157-1-X3 |
| Synonyms | Gly-gly |
| CAS | 556-50-3 |
| MDL Number | MFCD00008130 |
| Molecular Formula | C4H8N2O3 |
| Molecular Weight | 132.119 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
![2-[(2-Aminoacetyl)amino]propanoic acid](data:image/png;base64,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)
PN: 4157-1-25
CAS: 926-77-2
Molecule Weight: 146.146
Formula: C5H10N2O3
![2-[(2-Aminopropanoyl)amino]acetic acid](data:image/png;base64,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)
PN: 4157-1-21
CAS: 1188-01-8
Molecule Weight: 146.146
Formula: C5H10N2O3
Melting Point: 255-264(dec.) ℃
Hazard Statement: H315-H319-H335
TSCA: Listed on TSCA inventory
EINECS: 209-127-8
