![Methyl 4-ethynylbicyclo[2.2.2]octane-1-carboxylate](data:image/png;base64,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)
| Product Number | 2523-1-00 |
| CAS | 96481-32-2 |
| MDL Number | MFCD28403784 |
| Molecular Formula | C12H16O2 |
| Molecular Weight | 192.258 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory