| Product Number | 4137-1-0M |
| Purity | 97 % |
| CAS | 39201-33-7 |
| MDL Number | MFCD00218781 |
| Molecular Formula | C5H7NO2 |
| Molecular Weight | 113.116 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability |
![3-Cyanobicyclo[1.1.1]pentane-1-carboxylic acid](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAZAAAAJYCAYAAABM7LCIAAAACXBIWXMAACfhAAAn4QFHAEtZAAAB73pUWHRtb2xTb3VyY2UAAHichZRta9swEID/yqHPi17t2A5xSmkZDNoN1g72bSi2khpiqcjO27/fKYmbuNkcLHOn0z131unk6d2uXsHG+KZyNieCcgLGFq6s7DInv16/jlJyN5sW6ISOtsnJW9u+Txjbbre0eDO13jlLC1eT4/pk11Q9n62izi+Z5Fyw389PLwdmVNmm1bYwSDXVpDkYn1yh28NX/CcFq7XfVJYd3VntN8dofyQPg9NdU5LzXh5w7R5RWFQrAwvna93CRnKKg3+BpbHG69aUMN+jWdEI9z6bPj+6Yl0b26IaIlSFXr20fl2goXYrU6wxGCrfHnNSCwR06+p77/UeghbMWoCWoBXoCHQMegw6AZ2CzkCLUN+VCQle9+8mJz/gAcJ7fr5jUWRORpzGXGXAaSqzFCQVYxV3M1yUcSa6qaCZSBMUgkveGY+CwD4EkzRKozGMBE1EkN2cU5Gg5BggijAJ50p1s5NQNI7QGFOeKoUbZh87nk3nzpYXKlRlTuaCHErx0ywaeaoGAedL47HBQoDgegnIPhBq9wHIfwHqCoiGM0R9IJzLMBD3gXCKw8C4D4QzHwaSq0+6AaRXGdJhILvKcAMIzfkpRXaD+HTWpw4/IeqMsItOYd09QvXqjrGLC8jwtzP7C0yeYq4CAR5VAAAkv0lEQVR4Xu3dC7BkRWHw8YUF5am4+EARUIIiUcoXAuIakIgRxaRMhYggwVpFgoEkkMBXMTHki8RESRSCaEAQwQdRSvOhAcHIQw2ggV0Rw7qAQkAQFBEEeS2w/U3vzawzPffemTk9M/ec6d+vqqt0bp9e6u7c8997eubMogAAFSxKHwCAQQgIAJUICACVCAgAlQgIAJUICACVCAgAlQgIAJUICACVCAgAlQgIAJUICACVCAgAlQgIAJUICACVCAgAlQgIAJUICACVCAgAlQgIAJUICACVCAgAlQgIAJUICACVCAgAlQgIAJUICACVCAgAlQgIAJUICACVCAgAlQgIAJUICACVCAgAlQgIAJUICACVCAgAlQgIAJUICACVCAj08fKXn9ozjjzygnRaX+ka0HQCAn2kJ/72uPzyW9Op80qPh6YTEOgjPfG3x/77fz48/viadPqc0uOh6QQE+khP/J3j3HOvS6fPKT0Wmk5AoI/0xN85Xvvas8L99z+SHjKr9FhoOgGBPtIT/9KlZ3T9/xNPvDI9ZFbpOtB0AgJ9pCf+005b3vX/d9/94+G2236RHtYjXQeaTkCgj/TE/9BDj4Z99/1012PHHPPV9LAe6TrQdAICfcx24v/yl6/veXzFijuSI7ul86HpBAT6mO3Ev2ZNCAcd9IWuxw8++ItrH5/LbOtAkwkI9DHXif/qq2/v+dq///v1HUd2S+dC0wkI9DHfif+ooy7s+lrcG4l7JLOZbx1oIgGBPuY78d9yy71ht90+3vX1U0+9umtO23zrQBMJCPTR78R/wgmXd339Va86I/z0pw+k0/quA00jINBHvxP/L37xcHjNaz7ZNee44y5Np/VdB5pGQKCPQU78n/70d7vm7LLLqWHlyru65gyyDjSJgEAfg5z4V69+PPzO75zTNe/QQ7/UNWeQdaBJBAT6GPTEf/HFN/XMjY+1pV+DphMQ6GOYE/873nFe19z4W0n87SQaZh1oAgGBPoY58V933U/X7n90zj/77O+u/dow60ATCAj0MeyJ/y//8uKu+XvueWa4556Hhl4H6k5AoI9hT/x33HF/eOUrT+865h/+4ZtDrwN1JyDQR5UT/0c+8u2uY3bdtfvd6oOuA3UmINBHlRP/Aw+sDvvsc3bPscOuA3UmINBH1RP/F76wsufYKutAXQkI9FH1xP/442vC/vt/vuf4YdeBuhIQ6CPnxH/55bf2HF9lHagjAYE+ck/8Rxxxfs8aVdaBuhEQACoREAAqERAAKhEQACoREAAqERAAKhEQACoREAAqERAAKhEQACoREIp2zTV3hEsvvXnd55ZXtXz5j8Nll90cHn00b52rrro9fP3r/xMeeyxvHZgEAaFYp5++fN19qZYtO2/t3XOr+OhHr1q3zmGHfTmsqbZMOPHEK9etc+SRF6RfhtoREIq1336f6bq54Y033p1OGUj6wVG33HJvOmUg8bPTO9e588770ylQKwJCsfbe+6yuE/Z3v3tnOmUgS5ee0bXOqlV3pVMG8opXnNa1zk033ZNOgVoREIolIJBHQCiWgEAeAaFYAgJ5BIRiCQjkERCKJSCQR0AoloBAHgGhWAICeQSEYgkI5BEQiiUgkEdAKJaAQB4BoVgCAnkEhGIJCOQREIolIJBHQCiWgEAeAaFYAgJ5BIRiCQjkERCKJSCQR0AoloBAHgGhWAICeQSEYgkI5BEQiiUgkEdAKJaAQB4BoVgCAnkEhGIJCOQREIolIJBHQCiWgEAeAaFYAgJ5BIRiCQjkERCKJSCQR0AoloBAHgGhWAICeQSEYgkI5BEQivUbv/HR8OIXf2jd+O53f5xOGcjuu5/ctc73v/+TdMpAXvrSD3etc9NNd6dToFYEhGLtssuxYYcd/mjdWLHipnTKQHbe+aiuda677kfplIHsuOORXev84Ad3pFOgVgSEYu2001vCVlvtu25cddXKdMpAtt/+zV3rfO97P0inDGTrrd/Ytc4NN9yaToFaERCKtd12u4bNN3/+uvHtb69IpwzkGc94cdc611xzXTplIFtssVPXOqtWVQsRTIqAUKynPvUZYb31Nlg3rrjiynTKQDbb7Mld66xY8Z10ykA22OCJXeusXPn9dArUioBQrC233DIsWrRo3bjiiivSKQPZdNNNu9ZZsaLabzKLFy/uWmflymqX1GBSBIRiCQjkERCKJSCQR0AoloBAHgGhWAICeQSEYgkI5BEQiiUgkEdAKJaAQB4BoVgCAnkEhGIJCOQREIolIJBHQCiWgEAeAaFYAgJ5BIRiCQjkERCKJSCQR0AoloBAHgGhWAICeQSEYgkI5BEQiiUgkEdAKJaAQB4BoVgCAnkEhGIJCOQREIolIJBHQCiWgEAeAaFYAgJ5BIRiCQjkERCKJSCQR0AoloBAHgGhWAICeQSEYgkI5BEQiiUgkEdAKJaAQB4BoVgCAnkEhGKNKiAbbbSRgFAkAaFYowrI+uuv37XOJZdckk4ZiIDQNAJCsV74whd2nbBvvvnmdMpA0oB89atfTacMZOutt163Rlzz7rvvTqdArQgIxTr//PPD5ptvvvaEfeyxx6ZfHtioLmF97nOfCxtvvPHaeBx//PHpl6F2BISiPfLII+Hee+9NHx7KqDbRo4ceeijcd9996cNQSwICmUYZEGgSAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMi0ePHiroBcffXV6RSYSgICGU466aSueMSx2267hcceeyydClNHQKCi2eLRHm9961tFhKknIFDBfPEQEUohIDCkQeIhIpRAQGAIw8RDRJh2AgIDmiseJ554Yth+++17HhcRpp2AwADmi0e0bNmyrsc32GCDnrkiwrQREOijXzyis88+u+trS5Ys6XmDoYgwbQQE5jFIPKJbbrmlZ85ZZ50lIkw1AYE5DBqPtnQf5GMf+1i47LLLRISpJSAwi2HjEaX7IG95y1vWPi4iTCsBgUSVeETpPshWW2217msiwjQSEOhQNR7RbPsgK1euXPd1EWHaCAj8r5x4tM22D9JJRJgmAgJhNPGI5toH6SQiTAsBoXijikc03z5IJxFhGggIRRtlPKJ++yCdRISmExCKNep4tPXbB+kkIjSZgFCkccUjGmQfpJOI0FQCQnHGGY9o0H2QTiJCEwkIRRl3PKJh9kE6iQhNIyAUYxLxaBtmH6STiNAkAkIRJhmPaNh9kE4iQlMICFNv0vGIquyDdBIRmkBAmGoLEY+o6j5IJxGh7gSEqbVQ8Wirug/SSUSoMwFhKi10PKKcfZBOIkJdCQhTpw7xiHL3QTqJCHUkIEyVusQjGsU+SCcRoW4EhKlRp3i0jWIfpJOIUCcCwlSoYzyiUe2DdBIR6kJAaLy6xiMa5T5IJxGhDgSERqtzPKJR74N0EhEWmoDQWHWPR9uo90E6iQgLSUBopKbEIxrHPkgnEWGhCAiN06R4ROPaB+kkIiwEAaFRmhaPaJz7IJ1EhEkTEBqjifFoG+c+SCcRYZIEhEZocjyice+DdBIRJkVAqL2mxyOaxD5IJxFhEgSEWpuGeEST2gfpJCKMm4BQW9MSj7ZJ7YN0EhHGSUCopWmLRzTJfZBOIsK4CAi1M43xiCa9D9JJRBgHAaFWpjUe0ULsg3QSEUZNQKiNaY5H20Lsg3QSEUZJQKiFEuIRLdQ+SCcRYVQEhAVXSjyihdwH6SQijIKAsKBKike00PsgnUSEXALCgiktHm0LvQ/SSUTIISAsiFLjEdVhH6STiFCVgDBxJccjqss+SCcRoQoBYaJKj0dUp32QTiLCsASEiRGPX6nTPkgnEWEYAsJEiEe3uu2DdBIRBiUgjJ149KrjPkgnEWEQAsJYicfs6roP0klE6EdAGBvxmF9d90E6iQjzERDGQjz6q/M+SCcRYS4CwsiJx2Dqvg/SSUSYjYAwUuIxuCbsg3QSEVICwsiIx/CasA/SSUToJCCMhHhU05R9kE4iQpuAkE08qmvSPkgnESESELKIR56m7YN0EhEEhMrEYzSatg/SSUTKJiBUIh6j08R9kE4iUi4BYWjiMVpN3QfpJCJlEhCGIh6j1+R9kE4iUh4BYWCHH354z8lBPEYj3Qc55ZRT0imNMFdEdtttt7B69ep0Og0nIAzEbx7jddBBB3V9X3faaad0SmPMFZF99tknnUrDCQgD2WuvvXpOCG984xvTaVR06KGHdn1v4wm4yU444YSe58uSJUvSaTScgDCQ0047reeEEMfxxx+fTqWCuE/Q+X3deeed0ymNceGFF4aNNtqo57nypje9KZ1KwwkIA3vPe94T1ltvvZ4Tg4jk22677bq+p6eeemo6pRHmisfee+8d1qxZk06n4QSEoZx++ulh/fXX7zlBiEh1N910U8/38/rrr0+n1d5c8XjnO98pHlNKQBiaiIzWmWee2fV9fNaznpVOqT3xKJOAUImIjM4hhxzS9T088MAD0ym1Jh7lEhAqE5HRSPc/4gsWmkI8yiYgZBGRPE3e/xAPBIRsIlJdU/c/xINIQBgJEammifsf4kGbgDAyIjK8pu1/iAedBISREpHBNW3/QzxICQgjJyKDadL+h3gwGwFhLESkv6bsf4gHcxEQxkZE5teE/Q/xYD4CwliJyOyasP8hHvQjIIydiPSq+/6HeDAIAWEiRKRbnfc/xINBCQgTIyK/Utf9D/FgGALCRIlIffc/xINhCQgTV3pE6rj/IR5UISAsiJIjUrf9D/GgKgFhwZQakTrtf4gHOQSEBVVaROq0/yEe5BIQFlxJEanL/od4MAoCQi2UEpE67H+IB6MiINRGCRFZ6P0P8WCUBIRameaILPT+h3gwagJC7UxrRBZy/0M8GAcBoZamMSILtf8hHoyLgFBb0xaRhdj/EA/GSUCotWmJyELsf4gH4yYg1N40RGTS+x/iwSQICI3Q9IhMcv9DPJgUAaExmhyRSe1/iAeTJCA0ShMjMqn9D/Fg0gSExmlaRCax/yEeLAQBoZGaFJFx73+IBwtFQGispkRknPsf4sFCEhAare4RGef+h3iw0ASExqtzRMa1/yEe1IGAMBXqGpFx7H+IB3UhIEyNOkZk1Psf4kGdCAhTpU4RGfX+h3hQNwLC1KlLREa5/yEe1JGAMJXqEJFR7X+IB3UlIEythY7IKPY/xIM6ExCm2kJFZBT7H+JB3QkIU28hIpK7/yEeNIGAUIRJRyRn/0M8aAoBoRiTjEjV/Q/xoEkEhKJMIiJV9z/Eg6YREIoz7ohU2f8QD5pIQCjSOCMy7P6HeNBUAkKxxhWRYfY/xIMmExCKNuqIDLP/IR40nYBQvFFGZND9D/FgGggIhNFFZJD9D/FgWggI/K9RRKTf/od4ME0EBDrkRKTf/od4MG0EBBJVIzLf/od4MI0EBGZRJSJz7X+IB9NKQGAOw0Zktv0P8WCaCQjMY9CIzLb/ccYZZ4gHU01AoI9BIpLuf2y55ZbiwdQTEBhAv4ik+x+LFy/umSseTBsBgQHNF5F0/yMd4sE0EhAYwlwRmW+IB9NKQGBIw0REPJhmAgIVDBIR8WDaCQhUNF9ExIMSCAhkiBFJ47HnnnuKB0UQEMiUvmR3+fLl6RSYSgICmTbddNOugKxYsSKdAlNJQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMAkKpBAQyCQilEhDIJCCUSkAgk4BQKgGBTAJCqQQEMgkIpRIQyCQglEpAIJOAUCoBgUwCQqkEBDIJCKUSEMgkIJRKQCCTgFAqAYFMG2ywQVdADjvssPDggw+m02DqCAhkWm+99boCEse2224bzjnnnHQqTBUBgUzpbyCdY+nSpWH58uXpITAVBAQypXsg6Vh//fXDsmXLwk9+8pP0UGg0AYFM/QLSHk960pPCBz/4wfDII4+kS0AjCQhkSgNy8sknhx133LEnIO3xvOc9L3zpS19Kl4HGERDIlAYkvox39erV4Z/+6Z/CFlts0ROQ9thnn33CypUr0+WgMQQEMs0WkLa77rorHHrooWHx4sU9AYkjbsAfeeSR4ec//3nHitAMAgKZ5gtI23e+852w55579gSkPbbccstwyimnhMceeyw9FGpLQCDTIAFp+/znPx+e85zn9ASkPV70oheFiy++OD0MaklAIEO89LThhhsOHJDooYceCu973/t6wtM53vzmN4cf/vCH6aFQKwICFcRLTR/72MfWXnpKT/4XXXRROn1Wt912W3jb29426zvZ43jiE58Y/uIv/iLcd9996aFQCwICQ7rkkkvCzjvv3HPCb48bb7wxPWReV1xxRdh111171mmPZz7zmeGTn/xkWLNmTXooLCgBgQHFS0q/+7u/23OCb4/4m8Q73/nO9LCBxDjESMRYpOu2xyte8Yq1sYG6EBDo4/777w/vec971l5SSk/q7XHQQQeFH/3oR+mhQ4t/VrxsNd+fFS97jeLPglwCAnOIvxW8973vnfdmifG3gssvvzw9NFv8bSdupKd/XnvEDfi//du/XbshDwtFQGAWV1555bz7EltttVU488wzx74vEV/SO99+S3xJcHxpMCwEAYEO8ZVRBx988JyvjGqPXXbZZW1kJiG+4uujH/3orK/4ao/4JsX4ZkWYJAGB8Kv3Zmy22WY9J+e5RoxMjM3tt9+eLjcW8T0nf/zHf9zzvpP2iLdLibdN+elPf5oeCmMhIBTv3HPPnffd4c9//vPDHnvs0fN4e8ToHH/88eHhhx9Olx6LeAPG173udT3/He0Rb+AYb+QYb+gI4yQgFOuaa64Je+21V88JuD3S+1N97WtfCy984Qt75rXHc5/73LUxmpQvf/nLa28Nn/53tEe8pfz555+fHgYjIyAUJ94h913velelO+Q++uij4SMf+ci8+xExSjFOkxA/nCp+SNWTn/zknv+O9nj3618f7li1Kj0UsgkIxYiXdD70oQ/1/YyO6667Lj20x9133x2OOOKIOV/iG+N02GGHrY3VJMSPy33HO96x9uNzO/87tm6NN7XG/91ww3Dtn/5pePyee9JDoTIBoQgXXHDBvJ8SuMMOO4TzzjsvPayvGJvXvva1Peu1R4zVhz/84YntRyxfvjy8+tWvXvtnP6E1dm+Nw1vjtNa4ujUef+pTQ/iXf4kv7UoPhaEJCFNt1apVYd999+05sbdH/JzyD3zgA9mfUx7jEyOUrt8eL3jBC8JXvvKV9LCxOeecc8Krt902/F7rz35/a3ylNe5sjdAeL35xCJdemh4GQxEQptJ9994bjj766Dlf8hov9Sxbtizceeed6aGVxQjFGMUopX9ee7zhDW8I119/fXroWDz84IPhwr/5m/DZTTYJ3+uMR+f4vd8L4eab00NhIALCVFnz+OPhW6edFn77aU8LG89yAo9j6dKl4eqrr04PHZkYpRindD+iPWLUYtzubUVuEh6+9dbwwIEH9sajPTbaKIS/+qsQfvnL9FCYl4AwNdZcdlm49iUvCf/cOike3BovSE7c2267bfjsZz+bHjY2MVKvetWregLSHk9rRe60Vuweb0VvIv7zP0N4+ct7A9IeW28dwtlnp0fBnASE5ouXYPbff+1J8PbW+H+t8Zet8brWeEprbLLJJuG4444LDzzwQHrkRHzmM58J22yzTU9A2uMlrehd1orfRMRYfeITITzjGb0BaY/ddw/hW99Kj4QeAkJzxUsu733vzCWYjhPgdxbNvOro0Nb4PwccEG655Zb0yImL8YoR23jjjXsC0h77tyJ486T2I37xixCOPTaEJzyhNyBxrLdeCH/wByFM6DYtNJOA0Eyf+tTMJZf0xNcaP2+NK1/2snDrN7+ZHrXgYswOaEUtjUd7bNSKYbyF/C8ntR8RPz3xt3+753u4bmy2WQh/93chTOg2LTSLgNAs3/52CK98Ze+Jrj3ipZkzzpi5VFNj3/jGN8LLWpFLA9Iez372s1uN/FR62Pj8x3+E8Ou/3vv9bI/ttw/hC19Ij6JwAkIz/PjHIRxyyMyllfTkFke8FHPMMTOXZhoibp6ffvrp4elPf3pPQNrjla1Y/td//Vd66Hg8+mgIJ58cwpIlvd/f9njNa0K49tr0SAolINRbfIPf+98fwuab957M2uNNbwrhhhvSIxvjF63oHdOK3xNaEUwDEke8bfzb3/72VkN/nB46HnffHcIf/VEIG2zQ+72OY/HiEP7wD0P42c/SIymMgFBfX/zizKWT9ATWHjvtFMJXv5oe1Vg3tCK433779QSkPTZvRfT9rZjmvmt+YP/93yH85m/2ft/b4ylPCeHEE2d+c6FIAkL9xEske+/de8LqPHH98z9P7YnroosuarVxp56AtMf2rah+McZ1Uv7t30L4tV/r/Xtojxe8IIQLL0yPogACQn3ESyKHHz73pZP4ePx6AZdO4m3jTzrppFYrn9ITkPbYuxXZVd/7XnroeMTfev7+7+e/lPjGNzb6UiLDExAWXvxNonWyXPubRXpSao/4G8mkTpY18rNWLA9vRXO228Zv0hp7th7//LvfHR6eVFTvuCOEt789hPXX7/07iiO+mOHP/iyECd2mhYUlICysiy6a2ctIT0TtEfdAJnm5pqauvfbatb9xdAZkx9Y4oDU+2BqXLVkSHprkZb2rrgphjz16/77a4+lPD+HjH6/9y6nJIyAsjHipI756Kj3xtEe8VBJffTWpDeOGiHsfcQ9kSet79JutcUxrfLY1VrW/b5N+YcGnPx3Cs5/d+/fXHi99afzs4PQopoSAMFnxfRrx/Rrz3UIjXiKZ1EtWGyi+Cuv0Vlz/sBXZk1rfs2+2xi/T72OMc3yX+STEe4z99V+HsPHGvX+fccQPsZrUO+uZKAFhMuKljNNPn7m0kZ5g2iO+w3xSb5qbAve1Inv1IYeEm+vy5sr/+Z8Qfv/3e/874vj+99PZTIFF6QMwcvGeVC97We9JpT3iJZBJ3rZjyqyp2+1dvv71mUtX7T9/l11a/5Fr0llMAQFhfOJdcA84oPeE1h7xLrrxbroub4zGPDeYXDviZ4FM6gaTMVYXXBBC/PwVf79TS0AYvYceCuG44+a+Jh5H/PyOSd26vCTxZB0/XTC5xX3XeOtbZ+IOmQSE0dt3396TVnu85CUhTOrDk0rW8SFbs45NNpmJ/IMPpkfCwASkNPF9ApdeGsKf//nMdfP4PotNN50Zz33uzKfRHX10CBdfHMLq1enR/cUb8aUnqzie9rQQTjttctfhmRFjHaOd/n20x7bbzlxmqoNxPzcZOQGZlPQHt6qq68RNzPia/XjCSNeYa2yzzcx19WE2QOPcHXb41RobbjjzQ++dyQsnRjvGO0Y8/Ttuj6VL44e4p0dOxqSem4zcovQBxiT9AaiqyjrxNhevfnXvsYOOeHIZ5lYZP/jBzD2r/uRPQrj++vSrLJR77gnhqKNmop7+HccRb0+ybFkId96ZHjk+k35uMlKL0gcYk/SJX9Ww68TN0ni31PS43/qtED7xiZkT/H33hXD//TP/+6yzQnjDG3rnxzXi6/xpvlWr5t+netKTQvjAB8Z/FwDPzcZblD7AmKRP+qqGWSe+GupFL+qeH99zMcitt+NHnKaXFOJacU2mQ3yZ7Y479j6n2iNeijzvvPSo0fDcnAqL0gcYk/SHs6ph1omfGpf+gP7wh+msucV/1aU/qO9+dzqLJoub0R/6UAhbbNH73GqPffYJ4brr0iPzeG5OhUXpA4xJ+kNZ1aDrLF/ePS9+DGl8bFjxRnjp53OsWJHOounuuiuEd71r5nmSPsfiiM+BI48M4ec/T48cnufm1FiUPsCYpD+QVQ26zoEHds+Lr4SqKr6ssnOtt70tncG0iCflvfbqfZ61x5ZbhnDKKSE89lh65OA8N6fGovQBxiT9QaxqkHV+8pPuV9rEf+Hdfns6a3Dxzrid/zKNa8c/g+l17rkhPOc5vc+39oh7Dl/7WnpUf56bU2WOMxAjl/4AVjXIOv/6r91z4itXcsWPK+1c83OfS2cwbeKm9PveN/NGvvR51x7xpdrD8NycKovSBxiT9AevqkHWOeKI7jknnJDOGF5co3PNeD2cMtx2WwgHHzzzWS3p8y+Om25Kj5ib5+ZUWZQ+wJikP3RVDbJOvOVD55x4e4hccY3ONeOtJijLlVeGsOuu3c+D+ObDYS5BeW5OlTnOQIxc5xN8lGM28R5CnXNGcefV+LLJzjXjewQoT7x1yCc/GcLznjfzhsOTT05nzM9zc6rMcQZi5NIT/6jGbJ7ylO45o7gPVbwNRueaS5akM6A/z82pMscZiJFLT/yjGrNJXxuf85LLtnin1M41458Bw/LcnCpznIEYuUFO/IMYZJ30XcWj+Ezs+C/FzjXjvyRhWJ6bU2WOMxAjN8iJfxCDrOM6M3XluTlV5jgDMXKDnPgHMcg6u+3WPWcUnwAY1+hcM76aBobluTlVFqUPMCaDnPgHMcg68aZynXP+8R/TGcOLa3SuGV/PD8Py3Jwqc5yBGLlBTvyDGGSdc87pnhPfqZtrv/261/RuX6rw3Jwqc5yBGLlBTvyDGGSdO+7ofrVLvFdQvGdQVel68X9P8lPrmB7pc8lzs9HmOAMxcoOc+Acx6DoHHNA975hj0hmDO/bY7rUOOiidAYPz3Jwa85yBGKlBT/z9DLrOVVd1z4v/Mou36h7Wtdf2foZ2lc9ugDbPzakxzxmIkRr0xN/PMOscemj33O22G+6zo2+9tfeW3ocfns6C4XluToVF6QOMyTAn/vkMs84DD4Sw007d8+PHgMbPlO7nkkt6f0B97jSj4rk5FfqcgRiZYU788xl2nXir7Xjju/S4179+5qZ4N9wQwv33h/DLX4Zw440hfOpTvZ+vEMeOOw73L0Tox3Oz8RalDzAm6ZO+qirrxM+73mOP3mMHHUuXhvCzn6WrQj7PzUZblD7AmKRP/KqqrhNvw33WWSFss03vGnONOPfss2eOhXHx3GysRekDjEn6A1BV7jqrV4dw8cUhHH30zC0f4rXkTTaZGfF/x8eOOmrm867jXJgUz83GqXAGAgABAaAiAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgEgEBoBIBAaASAQGgkv8P3RZPFs8wPkcAAAAASUVORK5CYII=)
PN: 4237-1-13
CAS: 83249-02-9
Molecule Weight: 137.138
Formula: C7H7NO2
TSCA: Not listed on TSCA inventory
