| Product Number | 8660-B-00 |
| CAS | 1544673-71-3 |
| MDL Number | MFCD18730170 |
| Molecular Formula | C13H19BClNO2 |
| Molecular Weight | 267.56 |
| Units | Price (USD) | Availability |
|---|
PN: 8660-B-00
CAS: 1544673-71-3
Molecule Weight: 267.56
Formula: C13H19BClNO2
PN: 6760-5-00
CAS: 1256781-74-4
Molecule Weight: 266.57
Formula: C14H20BClO2
PN: 8H60-5-Z6
CAS: 380430-65-9
Molecule Weight: 269.58
Formula: C13H21BClNO2
PN: 6H60-5-15
CAS: 870195-94-1
Molecule Weight: 238.52
Formula: C12H16BClO2
PN: 6H60-5-02
CAS: 1144097-12-0
Molecule Weight: 252.55
Formula: C13H18BClO2
![3-[(N,N-Dimethylamino)methyl]benzeneboronic acid, pinacol ester hydrochloride](data:image/png;base64,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)
PN: 8H60-5-L2
CAS: 1036991-19-1
Molecule Weight: 297.63
Formula: C15H25BClNO2
PN: 8660-1-0D
CAS: 1011460-69-7
Molecule Weight: 247.15
Formula: C14H22BNO2
PN: 6660-5-0N
CAS: 68716-50-7
Molecule Weight: 272.96
Formula: C12H15BCl2O2
TSCA: Not listed on TSCA inventory