| Product Number | 8H69-1-Y9 |
| Synonyms | 5-(N,N-Dimethylsulfamoyl)indoline; 2,3-Dihydro-N,N-dimethyl-1H-indole-5-sulfonamide; 2,3-Dihydro-5-(N,N-dimethylsulfamoyl)-1H-indole |
| CAS | 99169-99-0 |
| MDL Number | MFCD00214476 |
| Molecular Formula | C10H14N2O2S |
| Molecular Weight | 226.29 |
| Units | Price (USD) | Availability | ||
|---|---|---|---|---|
| POA | Contact for Price | Contact for Availability | ||
| Bulk | Contact for Price | Contact for Availability | ||
| *Items available from stock in the UK ship from Florida in 3 to 5 business days | ||||
PN: 8H69-1-Y9
CAS: 99169-99-0
Molecule Weight: 226.29
Formula: C10H14N2O2S
PN: 8H69-1-7R
CAS: 113162-45-1
Molecule Weight: 254.3
Formula: C11H14N2O3S
PN: 8H69-1-17
CAS: 3264-38-8
Molecule Weight: 240.28
Formula: C10H12N2O3S
![4-{5-[Dimethylamino)sulfonyl]-2,3-dihydro-1H-indol-1-yl}-4-oxobutanoic acid](data:image/png;base64,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)
PN: 8H69-1-41
CAS: 393795-65-8
Molecule Weight: 326.37
Formula: C14H18N2O5S
PN: 8H63-1-Z0
CAS: 387350-92-7
Molecule Weight: 197.25
Formula: C9H11NO2S
PN: 8H69-1-7A
CAS: 698983-77-6
Molecule Weight: 310.37
Formula: C14H18N2O4S
Melting Point: 109-111 ℃
TSCA: Not listed on TSCA inventory