| Product Number | 4258-1-26 |
| CAS | 124789-18-0 |
| MDL Number | MFCD10688271 |
| Molecular Formula | C11H21NO2 |
| Molecular Weight | 199.294 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
PN: 4258-1-26
CAS: 124789-18-0
Molecule Weight: 199.294
Formula: C11H21NO2
PN: 4233-5-03
CAS: 87360-22-3
Molecule Weight: 193.67
Formula: C8H16ClNO2
PN: 4256-5-0L
CAS: 1334036-99-5
Molecule Weight: 193.67
Formula: C8H16ClNO2
PN: 4258-1-52
CAS: 1173205-83-8
Molecule Weight: 171.24
Formula: C9H17NO2
PN: 4258-1-E2
CAS: 1192547-86-6
Molecule Weight: 171.24
Formula: C9H17NO2
PN: 4258-5-26
CAS: 1980050-27-8
Molecule Weight: 213.66
Formula: C10H12ClNO2
![Ethyl 4-(aminomethyl)bicyclo[2.2.2]octane-1-carboxylate hydrochloride](data:image/png;base64,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)
PN: 4258-5-24
CAS: 54829-95-7
Molecule Weight: 247.76
Formula: C12H22ClNO2
TSCA: Not listed on TSCA inventory
