![3-(5-Chloro-1H-benzo[d]imidazol-2-yl)propan-1-ol](data:image/png;base64,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)
| 4H01-5-41 | |
| % | |
| 10252-89-8 | |
| MFCD00117218 | |
| C10H11ClN2O | |
| 210.66 |
| Units | Price (USD) | Availability |
|---|
PN: 4H01-5-41
CAS: 10252-89-8
Molecule Weight: 210.66
Formula: C10H11ClN2O
PN: 3H31-5-1E
CAS: 176949-20-5
Molecule Weight: 229.1
Formula: C10H10Cl2N2
PN: 3H31-5-7C
CAS: 133052-59-2
Molecule Weight: 243.13
Formula: C11H12Cl2N2
PN: 3H32-5-NB
CAS: 34569-15-8
Molecule Weight: 180.64
Formula: C9H9ClN2
PN: 3H31-5-1F
CAS: 90348-42-8
Molecule Weight: 215.08
Formula: C9H8Cl2N2
PN: 3H33-5-2L
CAS: 91003-86-0
Molecule Weight: 268.57
Formula: C9H12Cl3N3
PN: 3H32-5-Q0
CAS: 2818-69-1
Molecule Weight: 166.61
Formula: C8H7ClN2
PN: 3H30-5-86
CAS: 185949-58-0
Molecule Weight: 195.65
Formula: C9H10ClN3
TSCA: Not listed on TSCA inventory