![2-Methyl-2,3,4,5-tetrahydro-1H-pyrido[4,3-b]indole](data:image/png;base64,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)
| 3H31-1-4P | |
| % | |
| 5094-12-2 | |
| MFCD00460783 | |
| C12H14N2 | |
| 186.258 |
| 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: 3H31-1-4P
CAS: 5094-12-2
Molecule Weight: 186.258
Formula: C12H14N2
![2,3,4,5-Tetrahydro-1H-pyrido[4,3-b]indole](data:image/png;base64,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)
PN: 3H31-1-GK
CAS: 6208-60-2
Molecule Weight: 172.231
Formula: C11H12N2
![8-Methyl-2,3,4,5-tetrahydro-1H-pyrido[4,3-b]indole hydrochloride](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH0AAACbCAYAAABPnZS6AAAACXBIWXMAAAVgAAAFYAHTn58VAAAChnpUWHRtb2xTb3VyY2UAAHicjZbbbqMwEIZfxeJ6Y3tsc6qSVFWrlVZqe7Ftpb1bUXBbpIArIKe33zFpUkgMbMTFyMw3nsM/IvPrXbEiG13VuSkXHlDuEV2mJsvL94X38vxzFnnXy3mKTuhY1gvvo2k+rxjbbrc0/dBFsjMlTU3hHd5f7eq857OV1FTvTHAO7M/D/VPLzPKybpIy1UjV+VXdHt6bNGnaLAauYEVSbfKSHdxZUW0O0f4Kbh9Od3Xmfddyi+9uECVv+UqTN1MVSUM2glN8+A/yrktdJY3OyOsejyVVWPty/nBn0nWhywZNGyFPk9VTU61TPCjMSqdrDIbGr7uFVwACSWOKm6pK9geT5NnCSwC7uNI2zPP+U2MuK6xULDy8GX8e2X/byzmzXJcW5/QBVlSd4JmgIoTIRUs37VMluf9FAwURKhethu6OfRUcE5cylC7YH7o6jvyvxIGqCEIXHLjhkKoY1BGGAHwXHJ7Bjx752GeVwSnfmnXZIHsIF9HQJt+GE5QHgTOXyJ1LjIVIMZVL7IbBlh77U20APoAL6otv7QyNAM6l93jCuVIwOX8YEB9w6sswPPFKhc7iYUB+MfX5se8zTJ9LcOID+gtpHPwPPqDAgMYyiAaSZ50VfjVl1jHbqK/YNevyW7/Vwq4nsTtmqkxXVlYYwLp2AdEHJLFr9QXcuADZBxSxqzQGqD7gE7s+Y4DfBwJiV2YMCPpASOxSjAFhH4iIXYSxLkV9ICat9seIuE8AJ63exxAbsscAaTU+ypwNHHDiMDFyEBfldxBnw+Bs6oA6gQmhgLqY4yRyNnpAdcGEvCC4ULAbYZ2FYcfvI5oX307W+bAy/Dux/Adjp4ds5w8U5gAACSlJREFUeF7tnPlLVF0Yx/0P/MUfooigfd/3aKNogSisDMT6oQ3MFjKKoIySssiyvSix3nbyTdsNS6R68a002jXJMm213d7M9nre+R65w53TqHNn7pTe5/nAcGfOPTPJ/dzznOcstxAS2BGiFwjOR6QzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQzRKQHgW7ddngc6xoiPQiIdIZAtvGqi4j0ICAtXahziHSGiPQggLA+ffoJCe+cgOxRow6IdE5AdmLivyKdE5Cdm/tEpDuZ4uK3FBWVTgUFL/VTtGlTLiUk/EOfPn3TT/0xRHqApKffofHjU+nmzef6KcXPn0R79tygyMg0Kip6o5/+I4h0P3n37j9asOAsLVyYRRUVX+jChQs0depUateuHTVv3lwd8RnlAFEgIuJvSk3N137p98NO+ps3b6hhw4bUuHFjGj16NC1fvpwyMzOpvLxcr1otOTk51KZNGzpw4Kz63pgxY2j48OF0+vRpVxj/pOrgiM8ox3nUq6z8SnFx2RQdnUKvX7/WfrV67t+/T4cOHaK5c+dSnz59KCwsjCZNmqRX8xlW0isrK6lfv34uWQfox48fdOPGDUpOTnaNqadTp06dlMiJEye6+uFNdOXKFfry5YvH979//07x8fGuBK0b3blzR4ns3Lkz7d6926OeDs6jnnFj4XPr1q3p3LlznhVdvH37ljIyMmjZsmWuYd8oatKkCQ0ePNgVVRbQkSNH6MmTJ+pvHzt2LK1atUr/uk+wkQ5huIjr1q3TT7n58OGDCsdr165VFxVhukePHjRnzhx1gdHKZs+eTZ8/f1b10YJrE26AeqhvUFRURD179lQ3Gf6myMhIdSPg5oiOjqadO3fSrVu3TL/gCSLJwIEDff73zbCRPmXKFJo/f75eXCvPnz+nY8eOUe/evdVNY3D+/HkaMWKEqWbtoD6+Z/D161cKDQ2lpUuXqi4DkcgKiBxdunRR3YgVWEiPi4tTLeonUmkXCNsHDx50Zd3jqX379u7EKzw8nHbt2uVK0t5pv1AlH12AAZI0hGEroD6+Z5Cfn09Dhgwx1bAOwj26pdzcXP1UtThe+tatW1UyhVYF0KIgeubMmeq9kXghZOPCLV68mFq0aKH6deMmMRgwYADdvXtXve/QoYPllon6+J4B8oNt27aZavgH8ouWLVu6/7bacLT0tLQ01W9WVFSozydPnlQXHRepJhA2J0+erCLBx48f3eUbN26klStXqvfNmjVzl1vB/D3032VlZaaz/nPx4kVq27YtPXv2TD/1C46Vjr4TLfrly6pZMgx7EAatXOSEhAQl3mjxjx8/pu7du6v3gbZ0JHL9+/fXagTGiRNY2evmtXsy40jpyHpbtWpFxcXF7jKE+KysLFMt30CLR6g3QEJXUlIScJ+O0cD69eu1GoGTkpKihnjGCMMbjpNeWlqqhj5Xr151l+EmQH/sDwj16C+N1rNmzRo1pAs0e0e38/DhQ62GPWDCKSIiQo3nveE46ZCblJTkUYaJDox7/WXRokXu7yN69O3bV733d5yOG7NXr15aDXvBUG7fvn16scKr9JAdVcXGMaUwhUL/ClWfjbK6ytGjR9XkhhkMi+7du+dRZgXMzmE4Z4B+E0Mlf2fkMBmzevVqrZZ9YCKqadOm1YZ4rwZ16WF7wijvZZ5HWV0F2TYyZHNoQ//+7Zv/S5v4TSSFBitWrKDNmzer91bm3g0wFYzEMlhkZ2dTVFSUXuzGq0GjRZul55TluM/VdSZMmOBe3QL+Dq/MmH+jsLCQBg0aZDpLta6yGTx9+pS6du3qUWY3MTExlJ6erhe78WpQb+nJhcn1JryD1NRUNV9uYHdLBx07dqQXL154lPnCli1bVKIVLBDhcNPVNJys+wb9AJMxmFUzxtd29+lg2rRpasEDSaKVV6NGjej27dsev2Un16+X0bx5aXqxB46UDtCPXr58Wb23M3sHmIdHa5oxY4ZK0qy8MCFjnn+3m6Ski3TmTM35gmOl7927V61BAzvH6e/fv1fLrRgl+AOiD5IsLALZDQJbePghtVmjJhwrHbIwSWNgx4wcVueGDh1K27dv12pZA4s/w4YNs2WxxUx+/guKjc3Ui3/BsdLByJEj6dq1a+p9oHPveGGjA9a+7QB5B2blasqyrVJSUq7E14ajpWMeGkulBoGsssXGxqptVXaC7B+jAn1YF2wcLf3Vq1e/DLX8WU9PTExUiSFmuuwG07oYUta0NcoX9Ofn9KMZR0sHWBXDhkIzVnbOICFExm1eV7cbLA4h/whkAUZ/fk4/mnG0dKylN2jQQG1zwq5S9PFLlixR686+bEHG1mjMmWOHarBBkokJH1/+rgcPyunUqbuuYWRVvgL05+dwNF46jpWORAkrWYcPH3aXFRQUqLEyQjumQjEUw5QtFkAQ6s2tGRMyaH2PHj1ylwUbRB+s4Jln09DvY2NmfPw6ionJUK151qwMV+Z/RT0vZ6A/P6cfzThSOoZEGKJhf1xNoD+/dOkSbdiwQWXm6FuxJIkHCRAZsHHxd4MbEDfkuHHjVLeDnTqYUsYyaWmp7w9k1ITjpCP5ws5Xc9ZuBYTy/fv30/Hjx/VTvw3sw8vLy/vlYQu7cJx0zMJhj7tQPY6SjtCIBxKCMbRyEo6R7i0JErzjGOlYo/ZluCPUI+khIVV/qnEEmGbFs2DmMqF26s3V8iYdz2kjyxWsUa+kGy8DSMekimCNeiXdfMRGBvyHAhLerSNXiyEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSEinSH/A8a0A1yfGTiEAAAAAElFTkSuQmCC)
PN: 3H31-5-X5
CAS: 57933-28-5
Molecule Weight: 222.72
Formula: C12H15ClN2
![8-Bromo-2,3,4,5-tetrahydro-1H-pyrido[4,3-b]indole](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH0AAACbCAYAAABPnZS6AAAACXBIWXMAAAfwAAAH8AEro8YLAAACfnpUWHRtb2xTb3VyY2UAAHicjZZbb5swFMe/isXz4hvY4Ci06lpNmtTuYe2kvU0E3AQp4MqQ27ffcZJmkDgwiYcj27/jc/kfmdn9rlqhjbZNaeo0YJgGSNe5Kcp6kQa/3r5NkuD+bpbDIThYN2mwbNuPKSHb7RbnS11lO1Pj3FTBcX+6a8remW2IjV0QTikjv1+eXw/MpKybNqtzDVRTTpvD4rPJs/YQxY0rSJXZTVmT43FS2c3R2x9O3UfxrimCf7k8wt4DoOi9XGn0bmyVtWjDKYaPfkELXWubtbpA8z0shziC3O9mL08mX1e6bsF0Hso8W722dp3DQmVWOl+DMzC+P6VBxQDIWlM9WJvtjyYqizTIGFRxpZ2bt/2HToOvFjLlacCxFBI292BPIiyk4OCCOLCL8wv88UiHWCZSnGgImNPER4e3aM6oPNEMKyG9d0d+OsI8Yp+RU5wwFvto4acFjqNYnO9mIVM+Wl7QPwK03BfWQK8ezbpuQaBHfxIrFYbnaDiX3mhifzQJ5qHio9EkflpBLkKOVkL5aUZxHEs62gZGr2tx4kOYpVERsEsJnnOPVZic8Thi1IvfkGCMY3kuPMdCgR59+A0NSmjV/+A3RCgwU1zdCJ50JnFu6qJjHrzOoSLuyE/93nB3CXJzZmyhrdMVOHBHuwDvAxy50ToBDz4g7AMhctM0BER9IEJugIYA0QcEcjMzBMg+IJEbiiEg7gMxcnMwVKWkDyTISX8IUH1AoYPYhwi332sdRQeBDzKX7YZ+s5GGM36VfAfxlotd9JyBStiITFh01cVR5KLxDLTFRsTF5JV+/QjpjAv5fOTAvHoASed1JPBPcPcXWtR2/Io4LTQAAAzBSURBVHhe7Z31cxTZFsf3f4AfcHeHIIUTXBYWqoDAIoU7LC6FuwZflkchqSB5hAoa/EEV9SDYIsHdXYImQJDz5nt5k+256WSsOzPJOZ+qqTD3dt9J5tv3nHPPud38QgI7ftEbhKyPiM4QEZ0hIjpDRHSGiOgMEdEZIqIzRERniIjOEBGdISI6Q0R0hojoDBHRGSKiM0REZ4iIzhARnSEiOkNEdIaI6AwR0RkiojNERGeIiM4QEZ0hIjpDRHSGiOgMEdEZIqIzRERniIjOEBGdISI6Q0R0hojoDBHRGSKiM0REZ4iIzhAR3UFIyL9M/51VEdFJRGcJhDa+sjoiOslMZ4mILmR5RHSGiOgMEdHppx//66/TKf/O6ojo9FPo0NAIun//rYjOBQi9fPlJ6t8/VkTnAoR+//6Lmu0iehYmOfm7egGn0OvWnUv597t3n+nHj5TDsxQsRb9x4zWFhW2hY8ce6F0pILAbMGA3vXqVqHdletiJvnnzJWrT5t905swTvSsVsbHXqVWrKDp69L7elalhIzrM9fDh+2nEiP3q357y4ME76tJlK4WHx6W4g8wOC9H//vsxtW4dRdHRl/Uuj/j69TstWnScOneOUcu6zE7ARP/y5QuNHz+ezp07R9++fdO7LeHr1680YcIE+vXX2XTr1muXvuvXr9PMmTOpcePGVKRIEcqZMycVLlyYGjVqRFOmTKHTp38ma4zExT2k336Loh07ruldlpGUlOSINY7R9OnT9S7LCIjoPxxhcZcuXah27drUtGlTypUrF9WsWZOGDRvm8Lmb6c6dO/opXnPv3j2qUaMG9evXT32RTjB2x44dqXz58jR37ly6ePEiJSb+DNbw8/Lly7Rs2TKqV6+e+p0OHjyYci54/TqJfv99CnXo0MHhJt659PnChQsXaO3atdS/f3+qWLEi5c2b1xFztKEyZcrQ/Pnz9cMtISCijxo1Sn1p37//4yOvXbtGGzZsoCFDhlCVKlXUhdCyZUuaNm0a7d27l968eWMYIX2io6OpYMGCtHXrVpf2AwcOUKFChdTn4MJzx/Hjx5XwEMR44eDcBQsWULFixejEiROGM9Ln8ePHtG3bNho9ejTVr19f/Y2hoaHqPX7XR48epRz74cMHqly5Mq1fv94wgjVkuOiLFi2iBg0aKPOeHuiHiV26dKmyCiVKlFBfcqdOnWjJkiV08uRJ+vzZNSDDTO3Vq5eyIA8euC7HIHjJkiXp5s2bLu3ugOuBi4D4TovgBL8fxpw1a5bLBQzev39Phw8fVtYEMzdfvnxqJsPyrFmzRs1wdzx//lyNv3//fr3LLzJU9E2bNlFISIjPZvHt27e0b98+mjFjhmMp1Ypy586txhs8eDCNGTOGSpUqpfyxHiPcvXtXzXBvBTcye/Zs5f91cTEju3btStWrV6fJkydTjx49qGzZssrStG/fnhYuXOhY8h1NdcF4yq1bt1SsYRZj+EqGiQ7fiNn69OlTvcsv4Lu3bNlCxYsXp759++rdCrgSmHR/6dy5My1fvlxvVlStWlVZsJ07d9LLly/1br84c+aM3xetkQwR/ezZs+qXvnHjht6lTDR8NswegidnJI2feI929OumXOfUqVPUsGFDvVnFCgjaPPHh7njx4gUVKFAglaXC7M+fP78y6XYB94RJ8+zZM73La2wX/fbt28o8QRQj+IJgDuHrMIOioqLUsR8/flT9+In3aEc/jsPx6X2x+JxXr165tMHfzps3z6XNHxBoIto2cuTIERV02s3GjRuVO0vvO/AEW0XHzEAgAj9sBCYQPm/ixImpZk1a4Dgcj/NwvhlY8iFIMgKTi2WZVcTFxal4wgguhIiICJc2uwgPD1cWzV0gnB62iY4AB0uvyMhIl3bMPESx8MW+gPNwPsbRQcDUokULlzZE/E7rYQUJCQlqDe0EbgOuC+0ZxciRI1WuwVeXZYvoycnJ1KRJk1RmFREwRPFXBJyPcTCeEfhW+FxE+U4Q4VuNcUys5fG3ZiQQGy4Pls0XLBfd+QsNHTrUpR0mGTPUX8GdYByMp5v6AQMGuETqds90JJpWrVplOCJjwMTCElKfWJ5guehmpgemHr7YV5OeFhgP42J8J4cOHVLJECd2+/SiRYuqJEogSMuFusNS0ZGIMAsyEHUjCLMDjIvxnSAxg0jfObvtjN6xFMWyMpCkFSynh2Wip7WcwPoaIujtVoFxMb5xHY9ULPLvwM51OqqEKM4EGuey2NOsnSWiIyOWJ08e08TBnj17VL7cTjA+PscJkjlhYWEp7+3KyCHtayySBBJk7bJnz+6RC7VEdNTEK1WqpDcrUKFCudROMD4+xwmCHJQoP336pN7bkXu/dOmSKt0GC7B0qNoZq4FpYYnoABGtXtkC8Hlm6Vcrwfi6b0URZMeOHSnvra6yTZ06VSVKgoXY2FiPLaplok+aNIkWL16sN6tCiDG6tgOMj88xsn37diW8Eavq6QBxAixIsNC9e3eKiYnRm02xTPT4+HhVx9axIzlihv45MO0w8TD1RvzdOQNgLRC0BgvYFoa/1dPyrWWiA8w2vXRqdXLEDIyPz9FBMIegzgxf9sg5mTNnjmkaOFDAgrVt21ZvThNLRR87diytWLHCpa1u3bpe+1Fvwfj4HB0s27B8sxokRHDRBAvYR4BqpKdYKjpmh17T7tOnT6q9alaD8fE5OrAAWMPrO2n8AUuicuXK6c0Bw5davqWiA72mjY2APXv2NBxhPRgfn2MG4oyBAweq0qcVr+bNm6eqKwQS3Knzxx/mf3taWC66XtNGZI0sFoINO8C4GN9shYDoOkeOHCpwg5+24oXdq6VLl7Y9TvGU+fOP0a5d3rkay0VHTRuzwUjv3r1p9erVLm1WgXExvg72qUEcrF+tBlE/yqn6yiCjwaqzZctNXt2mBSwX3aymjRmH6NrqLwnjYVx9vYylS7Vq1VJta7ISmHhszfZkvW8XFy48p0GDduvNbrFcdAAfqm/SR8l1xIgRLm3+gvEwrhGYe1gaLMfsBBc3cvqopweKxYuPO4LYq3qzW2wRHZv8jTVtgHIrZp8xNeoPGAfj6WXcbt26Oa7+QS5tdoHPRr0eJeVAgFuuExJ+1he8wRbR9Zq2E5hhJEJ27/beJBnB+RhHN+vjxo2jdu3apbohwU5QZkV2DjdyZCS4kzYi4pze7BG2iA6MNW0jEAolSV+3GOE8nK8LjtufkDp1tz/eDpCFxJ50s5RtMGKb6HpN2wi2F7Vu3VqJdOXKFb3bFByH43Gevj0JpVXslzMGjxkNsoIo5qCuHezYJrpe0zYDyymUZOvUqUMrV65UN/U5707FT7xHO/pxnNnyC/EDcv5Pnrh/nIjdICOJ5BR2stiF2YMOvX2gsW2iA5Q2UeJ0BzZhIG+PtS9MNzYD4Cfeox39Zpw/f17NLmyJChawVw11e2ytsgOzBx0GlejYfJAtWzZ1lym+DCvNL3w6ZpU394dnFNidiqKMWZbQX8wedIifxpc7bBMdPhizEClZ3E+OXR1IpCDgQVIDgRfMob7k8gRk22AJ/F0F2Al24KJs60tCKjExWT0nJzIynkaNOqAEdgJR9QcdBsVMf/jwoRIYN/bpwFcjyMMTJnDTH0w5ZgW2FmNHiztTjWUg1ufr1q3Tu4IO1CGwmTK9rB2Wl/HxVygm5gpNn36EOnTYolKro0cfdHwf8XT27FNKSvqnbuEU1figw4CLjjtAsCvF0607ALtZEIHjS8JuFVwIeBYN9rQb7/dGtq1Zs2ZBtYEhPSA2ij3GrCHcEnYPDx8+nGrVqqX+VsQuf/55yjFJ7vmUbPEWS0VHpI5Spr6RwluQ3EHwhnGMT3ZAlI7bljITcF+4kCtUqKC2dOE5MnhyBvz+1avep1CtwDLRYaYm9+tn250s2CSAGZKR2TargKVC/BGIxJEZlom+wWFyI2189plgHZaIvmvVKlru8MeZcRZyxG/R/7ttG83t3p2Sg8R0Ce7xS/TzjiXZ1LAw+ujhI0SE4MBn0R/dvEkT2rSh1xY/IkywH59FT3RE0wkBuhlf8A+fRRcyL25F7xMSol6Da9em6CC6S1PwHY9EB3cuXqShoaEpbeFpPJJTCH48Eh2vvlWq0H82bkxpe3Y/a/2/JpzwSHRwOz6ehv7/xn9nm5A58Uh0vAbVrEmbFyxIaRMyL25FF7IeIjpDRHSGiOgMEdEZIqIzRERniIjOEBGdISI6Q0R0hojoDBHRGSKiM0REZ4iIzhARnSEiOkNEdIaI6AwR0RkiojNERGeIiM4QEZ0hIjpDRHSGiOgMEdEZIqIzRERniIjOEBGdISI6Q0R0hojoDBHRGSKiM0REZ4iIzhARnSEiOkNEdIb8DxOckU7UbzM9AAAAAElFTkSuQmCC)
PN: 3H31-9-1L
CAS: 497261-38-8
Molecule Weight: 251.127
Formula: C11H11BrN2
![8-Fluoro-2,3,4,5-tetrahydro-1H-pyrido[4,3-b]indole](data:image/png;base64,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)
PN: 3H31-3-06
CAS: 39876-39-6
Molecule Weight: 190.221
Formula: C11H11FN2
![6-Bromo-2,3,4,5-tetrahydro-1H-pyrido[4,3-b]indole hydrochloride](data:image/png;base64,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)
PN: 3H31-D-31
CAS: 1059630-11-3
Molecule Weight: 287.59
Formula: C11H12BrClN2
![Ethyl 8-fluoro-1,3,4,5-tetrahydro-2H-pyrido[4,3-b]indole-2-carboxylate](data:image/png;base64,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)
PN: 4H51-3-00
CAS: 58038-66-7
Molecule Weight: 262.284
Formula: C14H15FN2O2
PN: 3H32-1-NC
CAS: 37125-92-1
Molecule Weight: 188.274
Formula: C12H16N2
TSCA: Not listed on TSCA inventory