![Octahydrocyclopenta[c]pyrrol-5-one hydrochloride](data:image/png;base64,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)
| Product Number | 4H56-5-D3 |
| Purity | 97.0 % |
| CAS | 1263378-05-7 |
| MDL Number | MFCD18914394 |
| Molecular Formula | C7H12ClNO |
| Molecular Weight | 161.63 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory