![N-[(3S)-(Piperidin-3-yl)]cyclobutanecarboxamide hydrochloride](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAZAAAAJYCAYAAABM7LCIAAAACXBIWXMAABfWAAAX1gFCcJy6AAACOXpUWHRtb2xTb3VyY2UAAHichZTbjtowEIZfZeTrxofYOYAIqxWrSpV2W6ls1d5VJjFspCReJVkOb98xCQsBCpBoxp7/m/gw9uRhWxawNnWT2yohgnICpkptllerhPx6/erF5GE6SVGEwqpJyFvbvo8Z22w2NH0zpd7aiqa2JF18vG3ygWYjqa1XzOdcsD8vz/M94+VV0+oqNUg1+bjZdz7bVLf7UfznE6zU9TqvWCdnZb3usv31uXs43TYZOc5lhrFHRGGZFwaWti51C2ufU3z4F1iZytS6NRksdtgtqcK5TycvTzb9KE3Vousy5Kku5m39kWJHaQuTfmAydL49JaQUBPSimbemNjYhqDKYQbe2fKxrvQPnOZ0WoH3QErQCHYAOQUegY9Aj0ILji3GBAoEKoXADCuNG8Lp7NziNAn7ADL7j2/2P3gyXz08ITgd/EFPFMVtEeRgpCGgkZXQwCmMo6U3f2SuHJqYiCOUxyyiKcUS742c8TqUIA/CwVmJn+7agvi+dGY3QSBpINIpKfmz1Mc+noe9ISSMRKPAUjblShzYuIftcw+lkYavsxIU8S8jCLTxKfpplgyPbLy4BW2emTojvEjjpKeAPAbcVn4C4BsghEJwDTtlt/PR3R/ety1TqIlV4+9vBEHDlchsIh4ArrttANARcKd4G4iGwL9zbxOhi1vcIFz/bJCHuIGeF0J2kO8xZLXQn7w5zVg6Hk3qTUVfGdpVhJzXODpcMuhcXEDu5nRjeydN/GqSxFuci4coAACbRSURBVHhe7d0JsFxVgfhhlrBvkRChEAVkncmAlCYwqCyjLCqMYFBkiCACQikBalALCmQsJvk7IpSIwqCALDIqmWRGEZABI4sQwzJDARIDGAwYMiREtpCEkO38Of2mO6/v6355fXL7vdt9v6/qFnj79BVj1fnR99xlnQAACdbJ7gCAgRAQAJIICABJBASAJAICQBIBASCJgACQREAASCIgACQREACSCAgASQQEgCQCAkASAQEgiYAAkERAAEgiIAAkERAAkggIAEkEBIAkAgJAEgEBIImAAJBEQABIIiAAJBEQAJIICABJBASAJAICQBIBASCJgACQREAASCIgACQREACSCAgASQQEgCQCAkASAQEgiYAAkERAAEgiIAAkERAAkggIAEkEBIAkAgJAEgEBIImAAJBEQABIIiAAJBEQAJIICABJBASAJAICQBIBASCJgACQREAASCIgACQREACSCAgASQQEgCQCAkASAQEgiYAAkERAAEgiIAAkERAAkggIAEkEBIAkAgJAEgEBIImAAJBEQABIIiAAJBEQAJIICABJBASAJAICQBIBASCJgACQREAASCIgACQREACSCAgASQQEgCQCAkASAQEgiYAAkERAAEgiIAAkERAAkggIAEkEBIAkAgJAEgEBIImAAJBEQABIIiAAJBEQAJIICABJBASAJAICQBIBASCJgACQREAASCIgACQREACSCAgASQQEgCQCAkASAQEgiYAAkERAAEgiIAAkERAAkggIAEkEBIAkAgJAEgEBIImAAJBEQABIIiAAJBEQoF8LFy4MRxxxRDjwwAPDggULsh9TYgICNLRq1apw3XXXhW222Sass846lW2rrbYKV1xxRVi+fHl2OCUkIEAfDzzwQBg9enQtHNlt1KhRYerUqdmvUTICAtT8+c9/Dscff3xdLHbeeecwZcqUcMcdd4Q999yz7rOjjjoqzJo1K3sYSkJAgLBkyZJw0UUXhU033bQWh8033zxMnDgxLF26tDZu2bJl4bLLLgvDhw+vjdtwww3DueeeW1kroVwEBEru5ptvDjvuuGMtCOuuu2448cQTw9y5c7NDa+Ji+umnnx7WX3/92ve22267yppJXDuhHAQESurRRx8NBxxwQN0pqf322y88+OCD2aFNPfbYY+Hggw+uO0ZcO5k2bVp2KF1IQKBk5s+fH0455ZSw3nrr1Sb97bffPtx4443Jvx4mT55cWSvpHZJx48aFOXPmZIfSRQQESiKuX1xyySWVS3Grk/xGG20ULrjggvDGG29kh7csrpXENZO4dlI9flxTiWsrcY2F7iMgUAK33npr2G233ep+IRxzzDHhT3/6U3boWotrJyeccEJlLaX63xXXWOJaC91FQKCLzZw5Mxx22GF14dh7773DPffckx2au+nTp1fWVHr/d8c1l7j2QncQEOhCr7zySjjrrLPCBhtsUJu84x3lP/jBD8KKFSuyw9smrqnEtZW4xlL954hrL6eeemplLYbOJiDQRWIcrrrqqjBixIjahB0jcvbZZ4dXX301O3zQxDWWuNYS11yq/1xxLea7370mLF8+eEEjXwICXeLuu+8Oe+21V90po8MPP7xyGqso4prL2LFj/y9sw8PIkQeFQw+dGO6///nsUDqAgECHe/bZZ2uTcnXbfffdw2233ZYdWhgxdvvv/6nwnveMC3vv/e3wgQ/8MIwff3uYPXvofiXROgGBDhVPC51//vl9TgtdeumllUt2i27FipXhZz+bHj760RsrAYnbfvtd8/Y//7Tw+uurH59CcQkIdJi4MH3DDTfULUzHR4rEhemXXnopO7zwFi58qxKNGI9qSGJUpkyZEVauTLuxkcEhINBB4qWx++67b93pqviip264NDaevoqnsaoRidtnPzs5PPJI82dyMbQEBDrACy+80PDmvEmTJmWHdry4oP6pT91cF5Kvfe2uMHeup/0WjYBAgb355pthwoQJYbPNNquFI/59fDxI/KxbLV++Mtx00+PhoIOur0Vk//2vDVde+XBYvLj46ztlISBQUPEBhTvttFPd6aqyPaDwlVdiQO8LY8ZcXQvJxz52U7jttqdD4nMfyZGAQME0ekT6mDFjSv2I9KeeWhC++MVf1p3W+vznfx6eeMLd7ENJQKAg4kuaTjvttD4vabr++uuTH7Pebe68c1Y48sif1CIyevQPw4UX3h3mz1+UHVrTe+yMGf1fpVYdm9VsfyOtjO10AgJDLN6z8Z3vfKfuNbHx3o7zzjvPa2IbWLp0ebj66v8JH/7wj2qT9QEHXBd+9KNHG1722/tXS/wV059mk3+z/Y20MrbTCQgMoV/96ldhjz32qDtddfTRR4dZs2Zlh5IRf3V8/eu/qQvEXXc9mx1W++yQQ3puWLz33tnZITXNJv9m+xtpZWynExAYAk899VT4+Mc/XheOUaNGhalTp2aHsgaPPz4vnHTSz8Ohh/44PPdc30ehVCf0SZOerPx17NhJlbvgG2k2+Tfb30grYzudgMAgeu2118I555xT95j1+OTcK664Iixfvjw7nBxUJ/QYjRiPakwaaTb5N9vfSCtjO52AwCBYuXJluPrqq8PIkSNr4Rg2bFgYP358ePnll7PDyVHvCT2evop/H09nLVr0VmZk88m/2f5GWhnb6QQE2uzee+8N++yzT93pqkMOOSTMmDEjO5Q2yE7o1cuBv//9h3qN6pEdu6b9jbQyttMJCLTJ7Nmzw2c+85m6cOy6667hlltuyQ6ljbITeryUN17SG+9snzfvjV4j+47N7m9lKwMBgTY48cQTK69urYZjyy23DBdffHF4662+p01or0YT+gUX9Fy9Fe8h6a3R2N77W9nKQECgDTbeeONKOOLDD08++eS3/013XnYIg6TRhP7ii29UfoHEXyIzZy6o7W80tr/9jbQyttMJCLTBtttuWwlIfFMgQ6vZhP697z1U2X/66bfW9jUb22x/I62M7XQCAm0QH7UeAxIfTcLQajahx6uwqm9DvO++5yr7mo1ttr+RVsZ2OgGBNhCQ4uhvQq/eXPjpT/fcXNhsbLP9jbQyttMJCLSBgBRHfxN6jEb15VWTJ89oOrbZ/kZaGdvpBATaQECKY00T+j33zK58Hh+F0mxss/2NtDK20wkItIGAFMdAJvTsu0aymu1vpJWxnU5AoA0EpDgGMqFXby5sNrbZ/kZaGdvpBATaQEAoAwGBNhAQykBAoA0EhDIQEGgDAaEMBATaQEAoAwGBNhAQykBAoA0EhDIQEGgDASmueM9HfDf65Zc/mP2IFgkItIGAFNeVVz5cudHv4IOvz35EiwQE2kBAiiu+Cz0G5IADrst+RIsEBNpAQIpLQPIjINAGAlJcApIfAYE2EJDiEpD8CAi0gYAUl4DkR0CgDQSkuAQkPwICbSAgxSUg+REQaAMBKS4ByY+AQBsISHEJSH4EBNpAQIpLQPIjINAGAlJcApIfAYE2EJDiEpD8CAi0gYAUl4DkR0CgDQSkuAQkPwICbSAgxSUg+REQaAMBKS4ByY+AQBsISHEJSH4EBNpAQIpLQPIjINAGAlJcApIfAYE2EJDiEpD8CAi0gYAUl4DkR0CgDQSkuC6//Lfhfe+7NHzwg9/LfkSLBATaQECK65vfvCm8612fCnvscXz2I1okINAGAlJcX//6xLDxxtuGkSN3yX5EiwQE2kBAiuu8886r/H+zxRZbZD+iRQICbSAgxSUg+REQaAMBKS4ByY+AQBsISHEJSH4EBNpAQIpLQPIjINAGAlJcApIfAYE2EJDiEpD8CAi0gYAUl4DkR0CgDQSkuAQkPwICbSAgxSUg+REQaAMBKS4ByY+AQBsISHEJSH4EBNpAQIpLQPIjINAGAlJcApIfAYE2EJDiEpD8CAi0gYAUl4DkR0CgDQSkuAQkPwICbSAgxSUg+REQaIPNNtusMknttNNOYdasWdmPGSJz5swJo0aNqvx/M2zYsOzHtEhAoA2GDx9emaTittFGG1X+rXfhwoXZYQySJUuWhIsuuqgW9rhtsskm2WG0SECgDZ599tlw5JFHhvXXX782YW233Xbh+uuvD6tWrcoOp41uvvnm2inFuK277rrhsMMOC0888UR2KC0SEGijxx57LBx88MG1yStuY8aMCdOmTcsOJWePPvpoOPDAA+v+7Pfbb78wffr07FASCQgMgsmTJ1fWQ3pPZuPGjauckydfL730Ujj11FPrfv1tv/324cYbb/TrL2cCAoPkzTffDBMmTKg7Dx//Pp6bj5+xdpYtWxYuvfTSsNVWW9X+fOP60/nnnx/eeOON7HByICAwyF544YVwwgknVM7FVye6eI5+0qRJ2aEM0G233RZ23333ul94Y8eODX/605+yQ8mRgMAQiefi991337pJL56zj+fuGZiZM2eGww8/vO7PcK+99gp33313dihtICAwhOI5+RtuuKFyjr46AcZz9/EcfjyXT2OvvvpqOPvss8MGG2xQ+3PbZpttwlVXXRVWrFiRHU6bCAgUQDxHH8/Vx3P21QkxnsuP5/TjuX16xDjESMRYVP+cYkRiTF555ZXscNpMQKBA4v0j8dx971My8dx+PMdfdvG01N577133ZxNPX8XTWAwNAYECipNlPJdvsgyVhfBjjjmmT1RvvfXW7FAGmYBAQcXTNf/6r/8aRowY0ed0TVwD6HbxtN4FF1zQ57TeJZdc4rReQQgIFFw8t3/WWWf1WTD+wQ9+0JULxvHCgnjTX+8LC9Zbb73KhQXz58/PDmcICQh0iD/84Q+VZzj1PpUT1wTuueee7NCOFS9tjo8b6f2/8YADDnBpc0EJCHSYeO5/t912q5tk4xpBJ980N3fu3IY3V8YHIVJcAgIdKK4BxLWA7GM74ppBJz22Y+nSpWHixIlh8803r/3v2HTTTSuPd4mPYKfYBAQ6WFwTOOWUUyprBNUJuFMeHBgfMLnzzjvX/ZLygMnOIiDQBeIaQVwr6D0Zx7WEBx98MDt0yD3++ON9HnE/evRoj7jvQAICXaTRy5NOPPHEyhrDUFuwYEE4/fTT+7xk67rrriv8ryUaExDoMtXXt8a1hOpEHdcY4lpDXHMYbHG95rLLLqt7ze+GG24Yzj33XK/57XACAl3qz3/+czj++OPrThXFNYcpU6Zkh7bNHXfcEfbcc8+6f4ajjjoqzJo1KzuUDiQg0OUeeOCByhpD70k8rkHEtYh2efrpp8MnPvGJuv/OUaNGhalTp2aH0sEEBEogrjHEtYa45lCd0ONaRFyTiGsTeXnttdfCOeecU3fX/NZbbx2uuOKKsHz58uxwOpyAQInENYe49hDXIKoTfFybiGsUa/N8qZUrV4arr746jBw5snbcYcOGhfHjx4eXX345O5wuISBQQnENIq5F9D7FFNcq4ppFq+67776wzz771B3rkEMOCTNmzMgOpcsICJTYr3/968raRO/JP65dxDWMNXnuuefCscceW/fdXXfdNfziF7/IDqVLCQiUXFyb+P73v19Zq6iGIJ7i+spXvlJZ08hatGhRuPDCC8PGG29cG7/llluGb33rW+Gtt97KDqeLCQhQEdcqzjjjjMraRTUMcU3jmmuuqaxxRDfddFPYYYcdap/HR6h84QtfCPPmzcscjTIQEKDOk08+WVnD6H1qKr4B8G/+5m/q9n3oQx8KjzzySPbrlIiAAA3FtYxddtmlLhpxe/e73x1+8pOfZIdTQgICNBXXND73uc/V4vGxj30sLF68ODuMkhIQoF+XXnppLSDnn39+9mNKTECAfsV3kVcDMnbs2OzHlJiAAP3q/Z6ReM8IVAkI0K/ejyeJ94esWLEiO4SSEhCgqb/85S99rsJ65plnssMoKQEBmoqPgs8G5Je//GV2GCUlIEBT1157bZ+AfPvb384Oo6QEBGjqq1/9ap+AnHzyydlhlJSAAE0deeSRfQISH2ECkYAATe222259AjJixIjsMEpKQICGli5dWvdk3t7bSy+9lB1OCQkI0FB8Km82HNXt/vvvzw6nhAQEaGjKlCl9wlHd4jtCQECAhiZOnNgnHNUtvq0QBARoqPdj3LPbEUcckR1OCQkI0NCYMWP6hKO67brrrtnhlJCAAA1tueWWfcJR3dZff/3KVVqUm4AAfcydO7dPNLLb73//++zXKBkBAfr4zW9+0ycY2W3y5MnZr1EyAgL0ceWVV/YJRnabMGFC9muUjIAAfZx55pl9gpHdxo0bl/0aJSMgQB+f/ORJYfPNd+t3O/DAT2W/RskICNDHBz94Tthpp8/3u40adXpYtWpV9quUiIAAdZYsWR5Gj/5h+MAH1rzNn78o+3VKRECAOjNnLugTimbbQw+9kP06JSIgQJ077vhjn1A02yZNejL7dUpEQIA6V131SJ9QNNsuvviB7NcpEQEB6px77q/7hKLZ9qUv3Zb9OiUiIECd446b3CcUzbaPf/zfsl+nRAQEqFm5clXYf/9r+4Si2Rav1lq8eFn2MJSEgAA1L7zwep9IrGmbMcP70ctKQICaBx54vk8g1rTdfvsz2cNQEgIC1Pzbvz3eJxBr2q688uHsYSgJAQFqJk68r08g1rR97Wt3ZQ9DSQgIUPPFL/6yTyDWtB17rPeClJWAADWHHvrjPoFY0xav2opXb1E+AgJUvP760j5xGOg2Z87r2cNRAm0NyDo/XKeyDcRAxj780sPhrGlnhX2m7BNG3DgibHDNBmHkjSPDR279SLjsicvCwmULs18Z0HGBEB5/fF6fMAx0u//+57OHowTaOrO2Mnn3N/a1t14Lx9x1TG1Ms+0dN7wj/PSPP637bn/HBVa75Zan+oRhoNtNNz2ePRwl0NaZtZXJu9nYGI+//ve/rny29Q1bh3965J/CQ/MfCq8sfSUsW7kszFsyL/zXnP8KZzxwRtjsR5v1OUaz4wL1Lr/8wT5hGOg2YcJ92cNRAm2dWVuZvJuNHXvX2Mr+Mf85phKL/ix4c0H47NTP1u1rdlyg3j/+43/1CcNAt1NPvSV7OEqgrTNrK5N3o7GPvPRI7ZfHi4tfrPtsoBodF+hr7NhJfcIw0O2QQ27MHo4SaOvM2srk3WjsmdPOrOy74OEL6va3otFxgXrx1ebx0eynnXZr8hZfhUu5tHVmbWXybjT2fVPeV9k3ff70uv2taHRcANZeW2fW6uTdytZbPHUV98UF81SNjgvA2mvrzJqNw0C23oZdM6yyb/nK9J/GjY4LwNpr68zayuTdaKxfIADF1daZtZXJu9FYayAAxdXWmbWVybvRWFdhARRXW2fWVibvRmPjs6/iPveBABRPW2fWVibvZmOPvvPoyv59f77vGu9E/8ubfwnHTT2ubl+z40IZVG/0G4hmY6v7R49e8/vPmx2DnN1+ewif+1wI731vCJttFsKmm/b8fdwXPxskbZ1ZW5m8m4199a1Xw56T9qx8Fp/AG5+FFX+ZxGdkxauz5i+ZH+6cc2cY/8B4z8KCjFYm9GZje99xHl841Z9mxyAn897+l+iDDnp7Ylun/+3gg0N4qf/Y56GtM2srk3d/Y2NEqr9E+ttiYH4262d13+3vuNDtWpnQm42t7o+PK4l/vffe2dkhNc2OQQ4WLAhh5517ArH11vH9wyE88UQIixaFsHhxCE8+GcI3vxnCiBE9Y3bZJYSXX84eJVdtnVlbmbwHMjY+hTf+0th78t6VdZHe7wP57u+/G95Y9kb2KwM6LnSrVib0ZmOr+ydNerLy1/jMrBUrVmaHVTQ7Bjk44oieMOy1Vwhz52Y/Xe3FF0N43/t6xh51VPbTXJlZoYu1MqE3G1vdH6NRfeBijEkjzY7BWnrwwZ4gbLFFCLNnZz/t67nnesbG7zz8cPbT3AgIdLFWJvRmY3vvj6ev4t/H01mLFr2VGdn8GKylM87oicFXvpL9pLmvfrXnO2eemf0kNwICXayVCb3Z2Oz+uJAe//P3v/9Qr1E9smPJyd5798Tg/vuznzT329/2fGeffbKf5EZAoItVJ/RWtqzs/ngpb7ykd//9rw3z5tWvO2bHkpN3vKMnBq0sisex8TtxUb1NBAS6WDYOA9myGu2/4ILfVPZdeOHddfsbjSUHw4b1xGB5Cw+WXbas5zvxu20iINDFWpnQm41ttP/FF9+o/AKJv0RmzlxQ299oLDnwCwQYbK1M6M3GNtv/ve89VNl/+um31vY1G0s/4p3jp50WwlNPZT9ZrboGEtc1BsoaCLA2WpnQm41ttj9ehfXRj/bcXHjffc9V9jUbSwMzZ4Zw2GE9k3zcTjopO2K16lVY55yT/aS5eMWWq7CAVK1M6M3GNtsfVW8u/PSne24u7G8s/+eVV0I4++wQNthgdTy22SaEe+7Jjlztd7/rGec+EGCwtDKhNxvbbH8Uo/GpT91c+Xzy5Bn9ji29FStCuOqq1Y8aiVuMSIzJq69mR/f18Y/3fGcgd6LH01ZxrDvRgVStTOjNxjbbX3XPPbMrnx966I/XOLa07r67Z+KvhiNuhx/ecxproObPD2HHHXu+W30W1u9/3/McrOqzsP7lX3p+zcQx8VlYf/lL9ii5EhDoYq1M6M3GNtvfW/XmwoGMLZVnnw1h7Nj6cOy+ewi33ZYdOTD/+78hfPjD9cdrtMWn8cbgtJmAQBdrZUJvNrbZ/t6qNxc2Gnv33bPDGWfcHu68c1bd/q72xhshnH9+CBtttHpS32qrEC69tOf+jLV1660hHH98z9N547tA4hb/fty49DglEBCgrU466ee1sMRfKk89tfq+ka6zalUIN9wQwvbbrw7H+uuHcOqpg/J+jsEmIEBbTZ8+J3zsYzfVIjJmzNVhwoT7wiuvvJkd2tmmTw9h333rTyUdeGAIjz6aHdk1BARou8WLl4Urr3y4cvd6NSQHHXR9uOmmx8Py5Y3fLdIxXnghhBNOCGHddVeHIy52T5qUHdmaO+/suRy3wAQEGDRz5y4MX/vaXbWIxC1eBnz//c9nhxbfm2//gpowIYTNN18djvh+8osu6vks1UMPhfC3f9tzvHe+M4SVxQ2sgACD7pFH5obPfnZyXUjGj789zJ49gPshCuClyZND2Gmn+tNVcQF7zpzs0IGLV1h9/vP1v2Ta+BiSPAgIMCRWrlwVpkyZUXscStz22++acOml08LChW9lhxfCY489Fs46+ODw3bcn9z9XJ/kxY0KYNi07dOCWLg3h//2/1XeOxy1eVfWNb4SwZEl2dKEICDCkXn99aSUaMR7VkMSoxLjEyBTBggULwmmnnRbWX3/9sMXbE/xJb293bbddCNdf33PlVar/+I8Q3vve+l8y//APITzfGaf0BAQohHj6Kp7G6n1a67jjJldOdw2VZcuWhe985zth+PDhb8/t61S2jTbaKFx+3nnhrYULs8MH7oknQvi7v6sPxwc+0NobBwtAQIBC+e1vn689X6u6xYX3uAA/mH71q1+FPfbYoxaOuB199NFh1qy1uCEyPlrkS19a/YKouG27bQg/+lGhF8ubERCgcOKlvT/+8eOVS32rEYmXAF922e1h0aL2rgs89dRT4ROf+ERdOEaNGhWmTp2aHTpw8U2Cl1+++sVQcdtww/B2GeM5vOzojiEgQGG9/PKSyk2H8ebDvfb6Vthhh2PCLrvsG2688cawam3WHhp47bXXwjnnnBM22GCDWjhGjBgRrrjiirfn/xZeJZsV7+f4q7+qP131938fwh//mB3ZcQQEKLz4+JPjjvtO2HrrMbXJfb/99gvT493fa2nlypXh6quvDiNHjqwde9iwYWH8+PFvB6yFV8hmPfNMCEceWR+OGJK77sqO7FgCAnSMf//3X4Qdd9yxNtGvu+664YQTTghz+3s/Rj/uvffesM8++9SOF7dDDjkkzJgxIzt04OIpqa9+tecUVTUc8fHr3/tez6msLiIgQEdZsmRJuOiii8Kmm25am/Q333zzMHHixLA03lMxALNnzw6f+cxn6sKx6667hltuuSU7dMBWxUXwa6/tuXu8Go64WP7lL7f9vRxDRUCAjjRnzpwwbty4ugjsvPPOYXK8S7yJRYsWhQsvvDBsvPHGte9sueWW4eKLLw5vvZV+8+L//Pa34Qfvf394ohqOuH3kIz0vfOpiAgJ0tGnTpoXRo0fXheTggw8Ojz/+eN24m266KbzrXe+qjVlvvfXCySefHObNm1c3rhXPP/98OO644yrHO+rt7cdvb0vimwD/8z+zQ7uSgAAdL16Rdd1114XtttuuFoh41/jpp58e7rzzzrD//vvXBeZDH/pQ+O///u/sYQZs8eLF4Rvf+EbYZJNNasf86y22CFO/+c2wai1+yXQaAQG6xsKFC8O5554bNtxww7pgVLd3v/vd4ac//Wn2ay35yU9+UjlO9ZhxIf+kk04K/xsfhlgyAgJ0nXi3+FFHHVUXj2222Sb84he/yA4dsEceeaTyy6X3MeMvm4cffjg7tDQEBOha8SbAd77znXWTfrzL/Omnn84ObSqukXzhC1+orJlUj7HDDjtU1lTKTkCArhbvIo8h2XrrretOO33yk5/MDq0Tr8r61re+VblKq/q9ePVWvIorXs2FgAAlEe8qj3eXV39JxL82E091xftCev9yOfbYY8NzBX/F7GATEKBUTj311EoQ4hVUWfEO9Hgneu9wxDvV77vvvuxQgoAAJXPeeedVwrBFfAPg/6n+OonPwKqGIz4bKz4jKz4ri8YEBCiV3gFptD4Sn8Ybn8obn85L/wQEKJVqQOKztOJ7Pnqfrmr1Cq2yExCgVM4+++y6aMRtzz33DHfccUd2KGsgIECpHHTQQbVwxHedX3bZZZV3n9M6AQFK5ZRTTqmtdSxYsCD7MS0QEKBUGl2FRRoBAUpFQPIjIECpCEh+BAQoFQHJj4AApSIg+REQoFQEJD8CApSKgORHQIBSEZD8CAhQKgKSHwEBSkVA8iMgQKkISH4EBCgVAcmPgAClIiD5ERCgVAQkPwIClIqA5EdAgFIRkPwICFAqApIfAQFKRUDyIyBAqQhIfgQEKBUByY+AAKUiIPkREKBUBCQ/AgKUioDkR0CAUhGQ/AgIUCoCkh8BAUpFQPIjIECpCEh+BAQoFQHJj4AApSIg+REQoFQEJD8CApSKgORHQIBSEZD8CAhQKgKSHwEBSkVA8iMgQKkISH4EBCgVAcmPgAClIiD5ERCgVAQkPwIClIqA5EdAgFIRkPwICFAqApIfAQFKRUDyIyBAqQhIfgQEKBUByY+AAKUiIPkREKBUBCQ/AgKUioDkR0CAUhGQ/AgIUCoCkh8BAUpFQPIjIECpCEh+BAQolb322qsSkHXXXTe8/PLL2Y9pgYAApXHJJZdU4lHd3v/+94vIWhAQoBR6x2OjjTYSkRwICND1esdj++23DzNnzgwnnXSSiKwlAQG6WjYeTz/9dGX/ypUrRWQtCQjQtZrFo0pE1o6AAF1pTfGoEpF0AgJ0nYHGo0pE0ggI0FVajUeViLROQICukRqPKhFpjYAAXWFt41ElIgMnIEDHyyseVSIyMAICdLS841ElImsmIEDHalc8qkSkfwICdKR2x6NKRJoTEKDjDFY8qkSkMQEBOspgx6NKRPoSEKBjDFU8qkSknoAAHWGo41ElIqsJCFB4RYlHlYj0EBCg0IoWjyoRERCgwIoaj6qyR0RAgEIqejyqyhwRAQEKp1PiUVXWiAgIUCidFo+qMkZEQIDC6NR4VJUtIgICFEKnx6OqTBEREGDIdUs8qsoSEQEBhlS3xaOqDBEREGDIdGs8qro9IgICDIluj0dVN0dEQIBBV5Z4VHVrRAQEGFRli0dVN0ZEQIBBU9Z4VHVbRAQEGBRlj0dVN0VEQIC2E4963RIRAQHaSjwa64aICAjQNuLRv06PiIAAbSEeA9PJEREQIHfi0ZpOjYiAALkSjzSdGBEBAXIjHmun0yIiIEAuTj75ZPHIQTYiW221VXjzzTezwwpBQIBc7LTTTrVJ7+yzz85+TAuefPLJsMkmm9T+PJ955pnskEIQECAXv/vd78Lw4cNrk94///M/Z4cwAH/4wx/CtttuW/tzPO2007JDCkNAgNw8++yz4T3veY+IJMrG4/LLL88OKRQBAXIlImk6LR6RgAC5E5HWdGI8IgEB2kJEBqZT4xEJCNA2ItK/To5HJCBAW4lIY50ej0hAgLYTkXrdEI9IQIBBISI9uiUekYAAg6bsEemmeEQCAgyqskak2+IRCQgw6MoWkW6MRyQgwJAoS0S6NR6RgABDptsj0s3xiAQEGFLdGpFuj0ckIMCQ67aIlCEekYAAhdAtESlLPCIBAQqj0yNSpnhEAgIUSqdGpGzxiAQEKJxOi0gZ4xEJCFBInRKRssYjEhCgsIoekTLHIxIQoNCKGpGyxyMSEKDwihYR8eghIEBHKEpExGM1AQE6xlBHRDzqCQjQUYYqIuLRl4AAHWewIyIejQkI0JEGKyLi0ZyAAB2r3RERj/4JCNDR2hUR8VgzAQE6Xt4REY+BERCgK+QVEfEYOAEBusbaRkQ8WiMgQFdJjYh4tE5AgK7TakTEI42AAF1poBERj3QCAnStNUVEPNaOgABdrVlExGPtCQjQ9bIROfPMM8UjBwIClEI2IuKx9gQEKI0YkeHDh4tHTgQEKJXp06eHXXbZJXz5y1/OfkSLBASAJAICQBIBASCJgACQREAASCIgACQREACSCAgASQQEgCQCAkASAQEgiYAAkERAAEgiIAAkERAAkggIAEkEBIAkAgJAEgEBIImAAJBEQABIIiAAJBEQAJIICABJBASAJAICQBIBASCJgACQREAASCIgACQREACSCAgASQQEgCQCAkASAQEgiYAAkERAAEgiIAAkERAAkggIAEkEBIAkAgJAEgEBIImAAJBEQABIIiAAJBEQAJIICABJBASAJAICQBIBASCJgACQREAASCIgACQREACSCAgASQQEgCQCAkASAQEgiYAAkERAAEgiIAAkERAAkggIAEkEBIAkAgJAEgEBIImAAJBEQABIIiAAJBEQAJIICABJBASAJAICQBIBASCJgACQREAASCIgACQREACSCAgASQQEgCQCAkASAQEgiYAAkERAAEgiIAAkERAAkggIAEkEBIAkAgJAEgEBIImAAJBEQABIIiAAJBEQAJIICABJBASAJAICQBIBASCJgACQREAASCIgACQREACSCAgASQQEgCQCAkASAQEgiYAAkERAAEgiIAAkERAAkggIAEkEBIAkAgJAEgEBIImAAJBEQABIIiAAJBEQAJIICABJBASAJAICQJL/Dy7rBd5eFLvhAAAAAElFTkSuQmCC)
| Product Number | 4H48-5-S4 |
| Synonyms | (3S)-3-[(Cyclobutylcarbonyl)amino]piperidine hydrochloride |
| CAS | 1332765-60-2 |
| MDL Number | MFCD19381676 |
| Molecular Formula | C10H19ClN2O |
| Molecular Weight | 218.73 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
TSCA: Not listed on TSCA inventory