| Product Number | 4857-3-14T |
| Synonyms | (2S)-2-Amino-3-[4-(trifluoromethyl)phenyl]propanoic acid |
| Purity | 95 % |
| CAS | 114926-38-4 |
| MDL Number | MFCD00044946 |
| Molecular Formula | C10H10F3NO2 |
| Molecular Weight | 233.19 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4857-3-04
CAS: 14091-16-8
Molecule Weight: 233.19
Formula: C10H10F3NO2
PN: 4857-3-X6
CAS: 114872-99-0
Molecule Weight: 233.19
Formula: C10H10F3NO2
PN: 4857-3-14
CAS: 114926-38-4
Molecule Weight: 233.19
Formula: C10H10F3NO2
PN: 4857-3-14T
CAS: 114926-38-4
Molecule Weight: 233.19
Formula: C10H10F3NO2
![3-[4-(Trifluoromethyl)phenyl]propanoic acid](data:image/png;base64,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)
PN: 2821-3-X8
CAS: 53473-36-2
Molecule Weight: 218.175
Formula: C10H9F3O2
PN: 4757-1-R6
CAS: 721385-17-7
Molecule Weight: 193.246
Formula: C11H15NO2
TSCA: Not listed on TSCA inventory
