![(1S,4S)-2-Methyl-2,5-diazabicyclo[2.2.1]heptane dihydrobromide](data:image/png;base64,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)
| 3H32-9-S1 | |
| (1S,4S)-5-Methyl-2,5-diazabicyclo[2.2.1]heptane dihydrobromide | |
| % | |
| 125224-62-6 | |
| MFCD01863510 | |
| C6H14Br2N2 | |
| 274 |
| Units | Price (USD) | Availability |
|---|
![(1R,4R)-2-Methyl-2,5-diazabicyclo[2.2.1]heptane dihydrobromide](data:image/png;base64,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)
PN: 3H32-9-R1
CAS: 125224-64-8
Molecule Weight: 274
Formula: C6H14Br2N2
PN: 3H32-9-S1
CAS: 125224-62-6
Molecule Weight: 274
Formula: C6H14Br2N2
![(4S)-2-Ethyl-2,5-diazabicyclo[2.2.1]heptane dihydrobromide](data:image/png;base64,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)
PN: 3H31-9-37
CAS: 1630818-55-1
Molecule Weight: 288.027
Formula: C7H16Br2N2
![(1R,4R)-2,5-Diazabicyclo[2.2.1]heptane](data:image/png;base64,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)
PN: 3H32-1-CF
CAS: 116183-84-7
Molecule Weight: 98.149
Formula: C5H10N2
![Dimethyl[(2S)-pyrrolidin-2-ylmethyl]amine hydrochloride](data:image/png;base64,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)
PN: 3H31-5-S0
CAS: 1152113-36-4
Molecule Weight: 164.68
Formula: C7H17ClN2
![(s)-1,4-Diazabicyclo[4.3.0]nonane hydrobromide](data:image/png;base64,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)
PN: 3H31-9-S0
CAS: 150208-84-7
Molecule Weight: 288.027
Formula: C7H16Br2N2
![(R)-1,4-Diazabicyclo[4.3.0]nonane](data:image/png;base64,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)
PN: G311-A-10
CAS: 96193-27-0
Molecule Weight: 126.203
Formula: C7H14N2
![1,4-Diazabicyclo[4.3.0]nonane](data:image/png;base64,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)
PN: 3H32-1-U7
CAS: 5654-83-1
Molecule Weight: 126.203
Formula: C7H14N2
Melting Point: 220-225 ℃
TSCA: Not listed on TSCA inventory