| Product Number | 4237-1-0S |
| Purity | 95 % |
| CAS | 540490-54-8 |
| MDL Number | MFCD07345525 |
| Molecular Formula | C7H9NO2 |
| Molecular Weight | 139.154 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4237-1-0S
CAS: 540490-54-8
Molecule Weight: 139.154
Formula: C7H9NO2
PN: 4237-1-0E
CAS: 40862-12-2
Molecule Weight: 153.181
Formula: C8H11NO2
PN: 4237-1-14
CAS: 28247-14-5
Molecule Weight: 167.208
Formula: C9H13NO2
PN: 4237-1-0F
CAS: 58920-80-2
Molecule Weight: 167.208
Formula: C9H13NO2
![4-Cyanobicyclo[2.2.2]octane-1-carboxylic acid](data:image/png;base64,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)
PN: 4237-1-16
CAS: 15941-09-0
Molecule Weight: 179.219
Formula: C10H13NO2
TSCA: Not listed on TSCA inventory
