![1-Azaspiro[3.4]octan-2-one](data:image/png;base64,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)
| 4H48-1-09Z | |
| 95 % | |
| 178242-70-1 | |
| MFCD20384799 | |
| C7H11NO | |
| 125.171 |
| Units | Price (USD) | Availability |
|---|
PN: 4H48-1-09Z
CAS: 178242-70-1
Molecule Weight: 125.171
Formula: C7H11NO
![cis-6-Azabicyclo[3.2.0]heptan-7-one](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH0AAACbCAYAAABPnZS6AAAACXBIWXMAAAwUAAAMFAGSNhJsAAAB5XpUWHRtb2xTb3VyY2UAAHicnZRtb5swEMe/ysmvh22MCTQKVFWraZPaTVo6qe8mB5wUCezKkKdvv3NIsjDaTJow8p39/91xZ2B2u2tq2GjXVtZkJKScgDaFLSuzysjP589BSm7zWYEiFJo2I69d9zZlbLvd0uJVN2pnDS1sQ/r96a6tBpptRK1bMcF5yF6eHucHJqhM2ylTaKTaatoeFh9tobrDU3yQgjXKbSrDejlr3KaP9ktwPzjdtSX5U8s97t0hCsuq1rC0rlEdbASnOPgnWGmjnep0CYs9LkdUYu357OnBFutGmw5NH6EqVD3v3LrAhcbWulhjMDS+PmSkCQmoRTvvtNM2I6jSGEF1trlzTu3BW16nQlACVARKgopBTUAloFLsdK19quf9m87Id7iHb3gfL2yNyAinkzQUENIk4ecpolGIk0RPphCjhPOT1+8R2CMcCBpOZAwBHmsSx8Cp9O55upE8goDTiMcHURyH8iTGQti5kny2sKa8MKEqM7Lw5aPkh1624lglAetK7TIifAAvvQTEEPA9OQPhe0A0BOTfgFf27c+/9PTRG4eSo1Dx9dzxEPDndh2YDAF/yteBZAik/wTSESD+tx03o3ak7+VmFwfPTu8/mqNvg118OAx/F/lv0iBV1LhcQn8AAAnISURBVHhe7Z0JbE3bGsdrqpkSs2e4hojeRFA1XTFEiBgSNUbQIsbEFYIQFxGaICIp6Q3PPBUR0pRbQwzP8xrP3JbEVFyKUhQ11vjd81/NOfecdUu7z9l7dx/f90uaWutbbelvr3GvtYSQwI4QPUP48RHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpDBHpxcj9+/f1LFsQ6Tby5csXOnnyJE2bNo1q1apFJUuWpJs3b+rFLEekW8ynT5/o2LFjNHHiRKpduzaVKlWKunfvTqtXr1afIyIi6MOHD/qXWYpIt4C8vDxKTk6msWPHUvXq1alMmTLUq1cvWrduHWVnZ3vKPX78WD0IM2fO9Ppq6xHpJvHu3Tvat28fjRo1iipXrkzlypWj/v3705YtW+j58+d6cQ+HDx9Wtf/QoUN6yDJEegC8fv2adu7cSUOHDqUKFSqoj8GDB9OOHTtUrKigpqPGo+bbgW3SIyL+rWcpvPPx55iYRK/o3/lusrPfuGrOe6+ovbx48ULV3gEDBqjaXKlSJRo5ciTt3buX3r59qxcvEujT27VrR71796avX7/qYdNxnPSpU5PpyJFbXiV8y6xZc54mTz7gSWdk5Lhq2xVP2gqePHlC69evV1LQP1erVo3GjBlDBw4cUP23GWAUj25hxYoVesh0HCf91q0cioraTR8/fimwjC795Mk/qWvXzZ70s2dvXc3tHtUiuElPT6c3b/5OF4WHDx9SfHw89ejRQ/W5mGJNmDCBjh496vq7fdSLm8LWrVspNDSUzp8/r4dMxXHSQWzsfykh4fI/8kFh0iEb5e/de+nJQ3+5a9cuTxq19sSJE560m7t379LKlSupS5cuVKJECapfv76r5Zmq5taYY9sBuopmzZrRq1ev9JBp2Cr9Wx/eZUBOzjvXyDfB9Q/Pn7+aLb1fv340a9YsT3rp0qVUsWJFCgkJocaNG6tYSkqKJ24nkN20aVMaPXq0HjINW6UXREHSwcaNlygu7v//yLdCOkbbEI7PTuDcuXOqmd++fbseMgXHSs/L+6T69qys1wFLb926NR0/ftyTvnLlis/cGSNySL948aInr7hZvny5GthlZGTooYBxrHSQnHyTfvvtuCHpubl5rgHYWdfALb9rKApOlI6pG1bxIiMjTR84Olo6pqzR0Yk++Tt2pLv64P950i9evPep1f7gROng0aNHatYwe/ZsPRQQtkl3Mk6VDg4ePKimjEeOHNFDfiPSydnSwYwZM6hOnTo+L2sCQaST86VjmbZt27bUp08fU5ZpHSU9MzOXFi78j55tOU6XDm7cuKHW+bF4FCiOkp6Sco9++WWjnm05wSAdbN68Wc3fL1y4oIcMIdIpeKSDESNGUPPmzQ29utUR6RRc0nNzc6lJkyYUExOjh4qMSKfgkg7OnDmjXvEmJCTooSIh0in4pAO8JKpSpQrdvn1bDxWKSKfglI5XvT179qT27dsbXqYV6RSc0kFWVhZVrVqVBg0apIe+i0in4JWOph37AMaNG6eHvotIp+CUjia9Q4cOqok3uqtHpFNwSp87dy7VrFlT7eUziqOknzp1iyIjrd8NqhNs0nFMCm/esBvXHxwl/dChoxQW9i8923KCSTq2Y9etW1cdgvQXR0nH+S+cErGbYJGON2zY34ftX4HstxfpFDzS4+Li1Gj92rVresgQIp2CQ3pqaiqVLVuWNmzYoIcMI9LJ+dJxOqdFixY0bNgwPeQXIp2cLx2LLziE8fJlYBtA3ThKOk5+ogmzGydL3717N5UuXZpOnz6th/zGMdJxnKdBgwbql79w4UJP/tmzZ/2ejxYVp0q/c+eOWluPjY3VQwHhCOkQ3rlzZ6pRo4b65U+ZMsUTw0kPbPh3g4UJ7Ax18/79e/WaMScnx5NnFCdKx101HTt2VKdmjS6zFkaxS3cLx0AF58uKIh23MrkpSBhOfeLiADc4o+bdWmD3ifeu0oK+R3Ezb948VQkePHighwKmWKV7C8drwkWLFvlIv3z5sjq96Y90HEd2M3z4cJo0aZInjYP/uPnBDXai4HvgPLrRd9NWgHN3WGbdv3+/HjKFYpOuCwc4lO+Wjh2fuPEBZ8Wtlo6fhVqFnaZhYWEUHR1NSUlJquuwm6dPn1K9evXUuXirKBbpBQkHmLJB4JAhQ5Rw/PKXLVsWsHR8D+/mPjMzUw2SdDAl2rZtGw0cOJDKly+v9plj9+mePXv8vk/GKLjLplWrVpY+cLZL/5Zw4JaOaRuEYwBTWJ8OGbj/xft7QWggW4QBFkQwXUIrgaVPPARRUVHqzDjGBFaACwWxTnH16lU9ZCq2Sv+ecLBq1SolHXH3iBUPwtq1az1lUAO+dy+bFeBnJiYmqvEFplB4KPv27UubNm2iZ8+e6cX9Ii0tTd1WhQsGrcY26YUJR7+K/hQ1y+wpipngXBku+sMqGcYBWDjB7hU8mDha7A9orVq2bKm6NTuwR7pL+PpChLv7cCcL1/n8+bMaaU+ePFm940a307VrV9ViYdxQVMaPH0+NGjVS4xM7sF46bklyCXcZp1c/kHAdzPtPnTpF06dPp4YNG6puqlOnTmpMUtCg0Q0GiWgt7LzYyFrpXsLpBxZeEJj7z5kzR90UhQegTZs2tGTJErp+/bqnDK4wQ5e2ePFir6+0HuukMxaug0HaggULVL+NByA8PJzmz5+vHoRu3brZ/u+3Rnohwl3GaSkT4TrY9YKajfENmvXi+N8dzJdeBOGuKo4bhOgrM+FOwVzpBoSTCC82zJMuwoMGc6S75qsiPHgwRzr2YP/6qwgPEsyR/i1EuCOxTroIdyzGpf/xB9HPPxOFhuZ/RloHc08R7liMSU9LI6pZkwjbePBOGfvOkE5P9y2H/dlr1ohwh2JMOk5Y/P67b158PPYj+eYJjsaY9MaNsdfINw/pn37yzRMcjTHpOH2iH5FFulw53zzB0RiTLjX9h8CY9KFDC+7TTTpNKdiDMemXLuWP1jFqx+gd0zWkU1P1koKDMSYdJCURhYcTlSmT/9miUxiCdRiXLgQ9Ip0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hIp0hfwF1HiGcYkKeNgAAAABJRU5ErkJggg==)
PN: 4H48-1-Z10
CAS: 39155-95-8
Molecule Weight: 111.144
Formula: C6H9NO
![3-Azatricyclo[4.2.1.0*2,5*]nonan-4-one](data:image/png;base64,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)
PN: 4H48-1-9S
CAS: 7486-95-5
Molecule Weight: 137.182
Formula: C8H11NO
![(1R,2R,5S,6R,7R)-6,8,8-Trimethyl-3-azatricyclo[5.1.1.02,5]nonan-4-one](data:image/png;base64,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)
PN: 4248-1-14
CAS: 1000304-34-6
Molecule Weight: 179.263
Formula: C11H17NO
![(1S,2S,5R,6S,7S)-6,8,8-Trimethyl-3-azatricyclo[5.1.1.02,5]nonan-4-one](data:image/png;base64,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)
PN: 4H48-1-FE
CAS: 1000304-40-4
Molecule Weight: 179.263
Formula: C11H17NO
![(1R,2R,5S,7R)-8,8-Dimethyl-3-azatricyclo[5.1.1.0^2,5]nonan-4-one](data:image/png;base64,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)
PN: 4H48-1-7E
CAS: 328010-06-6
Molecule Weight: 165.236
Formula: C10H15NO
TSCA: Not listed on TSCA inventory
![2-Azaspiro[4.4]nonan-3-one](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH0AAACbCAYAAABPnZS6AAAACXBIWXMAAAp1AAAKdQFKJd39AAAB53pUWHRtb2xTb3VyY2UAAHichZRtb5swEID/ysmfFxsbAyECqqrVpEntJq2ttG+TA06KBHZlyNu/3zkhbVg6BpZ83N1ztu/OZDf7toGtdl1tTU44DQhoU9qqNuucvDx/nc3JTZGV6ISOpsvJa9+/LRjb7Xa0fNWt2ltDS9uSk32x7+qRzy6k1q2ZCALOfj0+PB2ZWW26XplSI9XVi+6ofLCl6o+7+McSrFVuWxt2cmet256i/RaBHwHddxX5OMsd2m4RhVXdaFhZ16oetiKgOIIvsNZGO9XrCpYHVIdU4tmL7PHelptWmx5FH6EuVfPUu02JitY2utxgMBS+3eek5Qio3ra3zqkDeMmrFQclQIWgJKgIVAwqATUHlYLiPr+N9gs8H950Tn7A3V/vd0yKyMmMUyGjFHCz+ACnMpYxCBrG6RxCKpIoAEmTMI3P06AcPGcnkMABgwkqZSTQFEmMJWjAj5GT5ONrsA3LIS0T1J7nIViRsffzFtnSmupChLrKyZKTYyJ+6lUnhlwQsK7SDrfhA3jXS0CMAZ+5d4B/BoRjwOd5GpBjwFdlGojGgK/hNBCPAV/xaSAZA74/poH51Rn+A6RXQDoN+Na8JIZunUT4Ve0+R9hFq7DzNULx6oqxi/vH8K9T/AF9cmIcWzfDCQAACppJREFUeF7tnXVsVNkXxzdAgMV9WdzdLRQptvAX7hpk0YXi8AfulpAswa0QFknQUKCE4O5WKJ7ikADFaSnS83vf299AezuU15k3b2Y455OQdO55DeR95t57rvIbCez4TS8Qfn1EOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkPMS//0iWjkSKI//yTKnTvuZ5QJfod56VOmEP31F9HDh3F/GjQgmjpVf0rwA8xLL1aMKDz8++crV+LKBL/DvPS0aYmio79/xs+///79s+A3mJdetKjU9F8E89InTUrYpzdsmLhPRz+P5758SVgu+BTmpcfEEA0fTvTHH3HZ+4gRibP369eJKlUiqluX6MGDhDHBZzAv3SwfPxINHkyUNSvR1q16VPAB3Jf+9m2caJ0dO4hy5CDq358oKkqPCl7EfemjRxOVL0909aoeIXr8OK7vL1uWKCxMjwpewn3pX7/GJXQZMxItWaJH4+IzZsTFFy7Uox4nymhltmzZQjVr1qTZs2frYY/z+fNno06UN+rGaGPAc0UPewX3pTs4fpyoYEGi1q2JXr3So0QnTxIVLkwHWrakyMhIPWop7969o/Xr11O7du0offr06qV369aNsmTJQhEREfrjHmXs2LFUokQJ6ty5M2XKlImKFy+uys6dO6c/ahvWSQevX5PxpokKFCA6elSP0pc3byioY0fKly8fHTp0SA+7xSvji7Z69Wpq3rw5pU2blqpVq0bTp0+n27dvf3tm5MiRqsaj9tnBgQMHKHPmzHTr1i31+aOR++zatYt69uxJ2bNnp0KFChmDoBF07Ngx7Tc9i7XSHSxbRsbX+odj9pUrV6pv/YQJE4xw4rhZnj17RitWrKAmTZpQ6tSpqU6dOjR37ly6d++e/qgixhh24sswZswYPWQ5L168oLx586ovojPwxdu3bx/169fPGAHnVs8OGjSIDh48aPSIX/XHLcUz0sG1a0QVKxIFBjods9+4cYMqV65MtWvXpvv37+vhH/LYSA4XLFhADRo0UKLr16+vPqPcDKj5qH379+/XQ5bSrFkz6tKli17sFEg+fPiwMdIdTPnz56dcuXJRnz59aO/evfRJnwuxAM9JBxjKBQVRqDFm3+pkzI6aN3ToUGNIn5U2b96sh7+BmosajJoM0ajZy5cvVzXdFdasWUN58uSh58+f6yFLmD9/PhUtWpTeGN2ZK5w4cYJGjRplpECF1bvp0aOHMQLeoboHK/Cs9P9zKCTEGLLnoAEDBqhsWgf9XM6cOalv37704cMHVYYaOcPI+qtXr676aNQcNJXou62ga9eu1LRpU73YbS5fvmwMVDLS6dOn9ZBLXLhwgcaNG0clS5akDBkyqNYDFcTxnlzBFukAzW9DY8xerlw5p0OXJ0+eUEBAgJJfunRpSpcuncq+161bp7Jxq3n79i0VK1aM5s2bp4dcBiLwb581a5YesoTw8HCaPHkyVahQQb2fNm3a0Nq1a5P9fmyTDtB3IaNGTVi0aNG3crwkZPQoR3YdHBzstEWwmjNnzqi/89KlS3rIJdAPN27c2OOJGLhz5w7NnDmTatSoQWnSpKFSpUrR+/fv9cecYqt0ByeNMTuGK61ataKXL19Sr169qG3btpb1Wclhzpw5qna601yCTZs2qQQMLZbdIBFOkSIFPcTqpwm8Ih28Nsb0HTp0UNlqR2PsjhkrbxAbG6sSw969e+sh0yDRRMKF3MRbpEyZ0vQIxmvSHWDMjoy8RYsWesg2nj59qmrpxo0b9dBPwTwDhp3Dhg3TQ7biV9IBsnZk9t4kNDRU1dYfTez8iPHjx1OVKlXU8NOb+J10TI96q3mPz/Dhw6lWrVqmp2kxlYyZxZs3b+oh2xHpLoLailqLcfHPwKIRRhwYafgCIt0NUGsxTYs58KRADtKpUye92GuIdDdZtWqVWgDBookzFi5cSEWKFHF5mtUTiHQLwPo3lml1wsLC1ITOqVOn9JBXEekWgFqM2owVPAeYJSxTpoxaE/A1/E76lCnBNG3aKr3Y66A2o1ajdgOsfTdq1MiWadbk4nfS//33JM2b51vNpQPMb6N2b9iwQS0GmX2xdiPSLQS1umrVquql7ty5Uw/7DCLdQjDNWrFiRUqVKlWSGz28jUi3kIkTJ1KlSpVo27ZtlC1btmRt7bITkW4RR44cUdOs13FGzwBbu7C44s5mTk8h0i0A6/xY9sVuWwdY78dmTuzi9TVEugVggwfW+3Wwixe1H7tXfQmR7iaLFy9WO3uw0cMZ2AOAxRZPn9RJDn4nfdu267R9+w292CtcvXpVTchgG3JSYLdPy5Yt9WKv4XfSfYXo6Gi1W3fatGl6KBFoBbAvPf4GT28i0l0Eu3dwcsbsNCs2eKJVcLal225EugtgHI4DGY8ePdJDSYIt3WXLlrVly3ZS+KT0qlWX6kUJyvBzSEjCbUfOfscTYOswTpGGhITooZ+CVgGHOPrjxg0v4rfS+/XbQU+efD+t4ex3rAbSAgMD1YlRV8HLRivh7LyeXfit9IiIVxQUFGqIiE0U9xSOY0JI4twBBwwxTfvAyQldT3Pt2jXfPOwAgc7+xI+DdevC6L//Lico8xRHjx5ViRhemhXgqHHdunVtmaa9ePGi2n6N40w42IiZQrNfXFul6ziTHhuL082hdOdOpNPfsQpMsxYoUICW4QIFi8A0LVbkJuEyBg+A0QJ2GGFHD/bod+/eXeUhZmU78DnpAP16nz4hqiwm5osxjFqt+vuNG8Pp2TP3zpw5wIlPnJ+zGizOYJoWrYi74MgVpnuHDBny7bICHL/as2ePW5cV+KR0gEzeURYZGaVm7f75ZxfVrLmc/v57u+oG4id9yWHp0qVUsGBBy8666+DCBEhCa5JccNACt2RgNOC4lmTgwIFqS7ZV3YZt0q3izZuPRtJ0k4YO3U0BASuoW7etFBx8ke7fN3crBc54ox/39OU+7du3p9a4acsEOGSBY1U4vWvHBUR+Jz0+Hz58ot27bxv93F6jZjVWWTiycYh1Bvo+XC82Bf9hgYdBKwJ5S5zdrUdxO2sxIYSrztAd4IIEXIB09uxZ/VHL8Wvp8YmKilbbmXA9B2oy7m7D8aTz589/ewbNZL169UxPs7rL8ePH1b8FizgAlwZggyVaAdxvh5k87Mxx7La1i19GenyQRWMTIy7owdgZCyNoapHxmh3LWsXUqVNV/oA7c3B3DjZZYkHHcbecN/glpccHiRGu5sLFA7j1yW7QquBWLHQ7d+/e1cNe4ZeXLiRGpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDNEpDPkfwWpr9n9YrQ1AAAAAElFTkSuQmCC)