![3-{[2-(Dimethylamino)ethyl]carbamoyl}benzeneboronic acid, pinacol ester](data:image/png;base64,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)
| 8660-1-T1 | |
| N-[2-(Dimethylamino)ethyl]-3-(4,4,5,5-tetramethyl-1,3,2-dioxaborolan-2-yl)benzamide; 3-({[2-(Dimethylamino)ethyl]amino}carbonyl)benzeneboronic acid; pinacol ester | |
| % | |
| 840521-76-8 | |
| MFCD05865086 | |
| C17H27BN2O3 | |
| 318.22 |
| Units | Price (USD) | Availability |
|---|
PN: 8660-1-T1
CAS: 840521-76-8
Molecule Weight: 318.22
Formula: C17H27BN2O3
PN: 8H60-1-A3
CAS: 1197171-76-8
Molecule Weight: 261.13
Formula: C14H20BNO3
PN: 8H60-1-9S
CAS: 914397-31-2
Molecule Weight: 287.17
Formula: C16H22BNO3
PN: 8660-1-Z9
CAS: 832114-07-5
Molecule Weight: 275.16
Formula: C15H22BNO3
PN: 8660-1-Q4
CAS: 188665-74-9
Molecule Weight: 247.1
Formula: C13H18BNO3
![5-[(But-1-yl)carbamoyl]-2-methylbenzeneboronic acid, pinacol ester](data:image/png;base64,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)
PN: 8H60-1-5G
CAS:
Molecule Weight: 317.24
Formula: C18H28BNO3
PN: 8H60-1-08
CAS: 1004294-80-7
Molecule Weight: 259.11
Formula: C14H18BNO3
![Diethyl({[3-(tetramethyl-1,3,2-dioxaborolan-2-yl)phenyl]methyl})amine](data:image/png;base64,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)
PN: 8H60-1-B3
CAS: 1260900-80-8
Molecule Weight: 289.23
Formula: C17H28BNO2
Melting Point: 107-112 ℃
TSCA: Not listed on TSCA inventory
HTN: 2934.99.3900