![8-Azabicyclo[3.2.1]octan-3-one hydrochloride](data:image/png;base64,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)
| 4H56-5-M6 | |
| Nortropinone hydrochloride; 8-Aza-3-oxobicyclo[3.2.1]octane hydrochloride | |
| 97 % | |
| 25602-68-0 | |
| MFCD14279165 | |
| C7H12ClNO | |
| 161.63 |
| 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: 4H56-5-M6
CAS: 25602-68-0
Molecule Weight: 161.63
Formula: C7H12ClNO
![8-Methyl-8-azabicyclo[3.2.1]octan-3-one](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH0AAACbCAYAAABPnZS6AAAACXBIWXMAAAxHAAAMRwGJumaiAAAB8XpUWHRtb2xTb3VyY2UAAHichZRta9swEMe/yqHXi57sWHaIU0rKYNBusHawd0WxldRgS0V2nr79TkmX2kvrYcMdf9/vpDudPL85NDXsjG8rZ3MiKCdgbOHKym5y8uvp6yQlN4t5gUEYaNucvHTd64yx/X5PixfT6IOztHANOX+fHdpqELOPqPMbJjkX7PfD/eOJmVS27bQtDFJtNWtP4r0rdHfaxSdLsEb7XWXZOZw1fnfO9ix5eDk9tCV5r2WJ324RhXVVG1g73+gOdpJTfPkX2BhrvO5MCasjyhGNsfbF/OHOFdvG2A7dkKEqdP3Y+W2BQuNqU2wxGTrf7nLSCAR055pb7/URghdkLUBL0BHoGPQUdAJagU5BZ6BF6G9twgJPx1eDu4TvsOw9P2CJTZE5we0kioOkCZcxGpFkKXCaJdOLeRMjmighIaZRlMUwpalCcxYJHDHVhNNYJQLQcs4lCKoizjGLCjiqSqE6OclxsFGq1CX6nUI5worZpeTFfOVs2XOhKnOyEuTUi59m3cq3dhBwvjQeJywkCKF9QA6B0LxxIBoCodXjQDwEwsGMA9MhEI5xHEiuavgPoIZAmJJxIB0CYabGgWwIhAm8APIjIEznP0SQxtYQ4uooPkZYb1TY35uE7tUtY70ryPDHs/gDT6pi3jD09XAAAAwESURBVHhe7Z0HbBTXFobppvfei0B0RFMIRIiORDMIU4USigBBACOQKEJIIAihiRpEeTgUy8SUUIINGD26EFgGG9OLsQnwwBRjejPmvP0vWdt77XV2dmdndvbcTxqhvXftXfzNzLn1TB5SsCOPXKDwf5R0hijpDFHSGaKkM0RJZ4iSzhAlnSFKOkOUdIYo6QxR0hmipDNESWeIks4QJZ0hSjpDlHSGKOkMUdIZoqQzRElniJLOECWdIUo6Q5R0hijpDFHSGaKkM0RJZ4iSzhAlnSFKOkOUdIYo6QxR0hmipDNESWeIks4QJZ0hSjpDfEb6y5cvqVKlStS0aVNauXIlRUdH0+fPn+W3KXTAJ6RfvXqV6tevT0WKFKFq1apRvXr1KE+ePOJ1x44daebMmXTgwAF68eKF/KMKNzBd+p49e6h48eLUu3dvcYVXrlxZlCcnJ9PevXtp2rRp1K5dOypUqJA4ERo2bEijR4+mzZs307Vr16TfpnAF06Snp6fT7NmzKV++fDR37lzx+saNG0Ls9evX5bfThw8f6MyZM7R06VIKDAykcuXKifeWKVOG+vbtS4sWLaKTJ0/Su3fv5B9VSJgiHbfpnj17UsmSJWn//v0OdVWqVKH169c7lDnj1q1btGXLFho7dqxoC+AkKFiwILVp04amTp1Ku3fvpocPH8o/xh7DpV++fFnEbNymcWXLDB06lIYMGSIXu0RqaipFRETQnDlzqHPnzlSsWDFxItSqVYuGDRtGa9asobi4OHFX4Yyh0sPDw4WIfv360atXr+RqwYYNGzLiuqd8+fKFLl68SKtXr6bBgwdTjRo1xEmANkTXrl1FWDl8+LDT7+KvGCIdf/wZM2aI+D1v3jz6+vWr/JYMcovrenD//n1x8k2ZMoVatWpF+fPnF5+HBiMXvC79+fPn1L17dypVqhQdPHhQrs4RLXHdU96+fUujRo0SdwEu4wJelX7p0iWqU6cONW7cWDS6XMWTuO4OODFxy0c3kANekx4WFkZFixalAQMG0OvXr+XqXNEzrrvK9OnTxQARQpG/o7t0/NEQHxG/FyxYkGv8doa343pOPHr0iAoXLkw7duyQq/wOXaU/e/aMunTpQqVLl6ZDhw7J1ZowMq7bmThxoujvu3OiWgndpMfGxor+MP5od+7ckas1g7g+fPhIudir3Lt3Twzu7Nu3T67yK3SRvn37djE5EhQURG/evJGr3SI0NIratZshF3sdtOTbtm0rF/sVHklPS0uj4OBg0dfF2LeeJCWlUuvWGykxMVWu8iroZeD/ExUVJVf5DW5Lf/LkCXXq1ElMeBw5ckSu1oWePUNpzx7jZ9LQXcSUrr/ilvSYmBgxmNG8eXO6e/euXK0bs2f/VxxGEx8fT3nz5qXTp0/LVX6BZumY1ULXBlcDRrO8yZ9/XqcePULlYkPA/ABmAv0RTdJ79eol+t9LliyRq7yCWXEdYLkWxgpwV/M3NEmvWrWq6MsaiVlxHXTr1k2MKPobmqQ3adKEVqxYIRd7FbPiOjhx4oS4s125ckWusjQ+L93MuA46dOhAw4cPl4stjc9LNzOuAwwno9+uxyijr+Dz0oGZcR1gscWYMWPkYstiCelmxnWAZdpYgo1VN/6AJaSbHdcx64aFIJMnT5arLIklpP/990tq02YjPX1q3pr20NBQMamETRhWxxLSAcSbCSaXsHQbCzytjmWk+wKbNm2iEiVKUEpKilxlKZR0DXz69ImqV68ulnFbGUtIRz/9p5+yr2ZBudGsWrWKypYtq3mxpy5EREAC2boS3/7FazewjPRJkyIpKiohW7nRYIOkfQet1iPAdhy2HeTq8f33mR986RJRhQpEf/1FhB052EOA1/Hxme9xEctIT0hIoQEDwunz58x9aGZIB7NmzcpYPILxeVePU7YjxXaQq0di4j+faGPwYKJ16zJfg99+w4oPxzIXsIx0sHDhKQoLu5yt3Giw9w0rfg2N7bVrY0+WYxle16njWOYClpKekvKe+vQJs8XTTw7lZtCyZUuqWbOmXOw9AgKIPn50LMPrwoUdy1zAUtJBSEisrTF1zqE8Pf0rxcT8zxZvjdmLlpCQQAUKFKDIyEi5yntwvdLBx49pIrY/evQmozw5+Q117LjF1u7ZTFOnHra1dW7ZbsHSVaEj2JCJzRi4vWs5FtiOOwgJrh5//JH5oYMG5RzTEes1YjnpIDLyNs2ZcyzbyXDiRBLNnXtcnADfffcfmjAhgvbuvSHCgl48ePBATLXib4HVwFqO7rYj2naQq0dwcOYHx8Z+a62j1Y7WO7preB0Xl/keF7GkdOw6+vHHfdnK7aCFf/bsfZo//yR16bKN2rbdROPGHbSFhv0epyPBvvZGjRqZk83iwAGixo2JChb89i+6b25gCeme8OVLOkVHP6RffjlNtWq1EP3l9u3b07JlyygpKUl+uwOI2S1atBCrf7FdC8Ow2ImLHT34PTnhrNyX0PQNrSg9K5giPXXqlNiVY09F0rp1a1tXcCHdvn3b4b3YW1+xYkWxrw1dNKyTQ56cunXriskXZ3KdlfsSmr6hWdLROg8Pv+IwMKMH586dE7NmEAlZ6IYhcyUYZGs4Zd01i4xYyIa1ceO3kOJMrrNyX0LTNzRLenx8sphPT039IFfpBrJOrbO1ju0pSGrbukhotNmZP3++yGb58Z++sjO5zsp9CU3f0Czpv/8eR0FBO+VirxIQEJAhGDtxMcmCjJZ25HH1rIevo+kbmiX9558j6ddfz8jFXiXrlY4slRVs3aOs2SidyXVW7kto+oZmSE9LS6cffgiho0fvylVeBTEd8fv9+/ci/428FduZ3Kzl9isfw7XIXukr5PzNnWCGdHs813OAxRXQekcqcqQgRTo0NPqyZrxyRTpAjwEzbOXLl3coN5Ocv7kTzJBuRjy3g7y1mDvHOHuzZs1o165dGXWyXDs5lSORMVbT+grZv2EumCHdjHhuJyQkROSXQ545d8FJgEZh1hPGbDRJRwsWkw1G5VozK54D/B+RVw755TwBw7VHjx4Viy58BU3S165dK1aDQrwRK0LNiucA+eQw/Ir8cu6CqxwZLdAQXLx4sVxtGpqkg5s3b4oJB6T/RGPHm5gVz9H4Qgw3ei++UWiWDrAStH///mLywZsZFs2K5xhvRz455JXzR9ySDnA1IA0oNu0j7ukd582M58gjN3LkSLnYb3Bbuh1MP2KRIJLmI02oXpgVz5E/DosktGStthoeSweYlkR3DmlCkS5UD0JCYkyJ58gfZ2TacTPQRTrApMTAgQPFzk7s8PSUoKBgmjXL2ITAyBuH1jbyyPkzukm3gzFq3B7xtCQsNnAHTG/iWS87dxp7pSNvHB735e/oLh1g5wcGI7AY8OnTp3L1v3L27FlxxRm5Fxz54tCvPn/+vFzld3hFOsDacPR1sSzpwoULcnWu4G6BsQAjQb445I3jgNekA6QRxaOxMLK1detWudopPXr0oAkTJsjFXgPPekXXE7NhHPCqdDtIK4o4P2nSpH+N80bGc0ykYCYNiY2RQYoLhkgHmHTA81HRJcotVnsznmNFK5YxY+ClQYMGGTNgGFLGg4a4YJh0kJiYKNaRI5sDEu7mhF7xHKHl+PHjYnkzntiMASRIxrInDCEvX75cnGD2dXCcMFQ6wDozPPcUVxjmq2XcjefI8YaQgDXtuFVj4QMk49Y9fvx42rZtm19lffQEw6XbwZUGMRBsX3bsajzP+gxVjJ7l9AxVpPe0r2FXOGKadHDs2DGxdgxJdx8/fuw0nkMexvhzeloynuqEpyVj+NeU/WUWxFTpANOX2FmCXPK46hHPMdmBLt64ceMynouOuwKei47bN5YeeboRkTOmSwdYZjxixAhxlduT+GBEr0+fPqJhh/5z1jXnCs/wCel2AgMDxSM7r10zL+MzB3xKusIYlHSGKOkMUdIZoqQzRElniJLOECWdIUo6Q5R0hijpDFHSGaKkM0RJZ4iSzhAlnSFKOkOUdIYo6QxR0hmipDNESWeIks4QJZ0hSjpDlHSGKOkMUdIZoqQzRElniJLOECWdIUo6Q5R0hijpDFHSGaKkM0RJZ4iSzhAlnSFKOkOUdIb8H+vY5+oKXVLlAAAAAElFTkSuQmCC)
PN: 4H56-1-XL
CAS: 532-24-1
Molecule Weight: 139.198
Formula: C8H13NO
![9-Azabicyclo[3.3.1]nonan-3-one](data:image/png;base64,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)
PN: 4H17-1-3T
CAS: 4390-39-0
Molecule Weight: 139.198
Formula: C8H13NO
![8-Hydroxy-8-azabicyclo[3.2.1]octan-3-one hydrochloride](data:image/png;base64,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)
PN: 4H47-5-26
CAS: 849066-24-6
Molecule Weight: 177.63
Formula: C7H12ClNO2
PN: 4H17-5-1U
CAS: 1005397-62-5
Molecule Weight: 163.65
Formula: C7H14ClNO
PN: 4H56-5-0M
CAS: 13729-77-6
Molecule Weight: 149.62
Formula: C6H12ClNO
PN: 4H56-5-1P
CAS: 1434126-97-2
Molecule Weight: 149.62
Formula: C6H12ClNO
Melting Point: 204 ℃
TSCA: Not listed on TSCA inventory
