![6-Ethyl-5H,6H,7H-pyrrolo[3,4-b]pyridin-7-one](data:image/png;base64,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)
| 4H48-1-8W | |
| 97 % | |
| 1046121-01-0 | |
| MFCD12924330 | |
| C9H10N2O | |
| 162.192 |
| Units | Price (USD) | Availability | ||
|---|---|---|---|---|
| Bulk | Contact for Price | Contact for Availability | Contact for Availability | |
| *Items available from stock in the UK ship from Florida in 3 to 5 business days | ||||
PN: 4H48-1-8W
CAS: 1046121-01-0
Molecule Weight: 162.192
Formula: C9H10N2O
![5,6-Dihydro-7H-pyrrolo[3,4-b]pyridin-7-one](data:image/png;base64,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)
PN: 4H48-1-UC
CAS: 1211584-54-1
Molecule Weight: 134.138
Formula: C7H6N2O
![2-(7-Oxo-5H-pyrrolo[3,4-b]pyridin-6(7H)-yl)acetic acid](data:image/png;base64,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)
PN: 4H58-1-304
CAS: 1206969-29-0
Molecule Weight: 192.174
Formula: C9H8N2O3
![6-Methyl-5H,6H,7H-pyrrolo[3,4-b]pyridin-5-one](data:image/png;base64,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)
PN: 4H48-1-33
CAS: 40107-94-6
Molecule Weight: 148.165
Formula: C8H8N2O
![3-(7-Oxo-5H-pyrrolo[3,4-b]pyridin-6(7H)-yl)propanoic acid](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH0AAACbCAYAAABPnZS6AAAACXBIWXMAAAa7AAAGuwH6BMvpAAACQ3pUWHRtb2xTb3VyY2UAAHichZRta9swEID/yqHPi179GuKUkDIYtCusHezbUBwlNcRWsZ23f7+TnaRx3Dlg+066e3TW3UmTh0O+gZ0pq8wWCRGUEzBFapdZsU7I77fvo4g8TCcpOqFjUSXkva4/xozt93uavptcH2xBU5uT1j4+VFnHZ6+oLddMci7Yn+en14YZZUVV6yI1SFXZuGomn2yq6+Yv/hOC5brcZQVr3Vle7trV/kruHk4P1ZJ87mWOthmisMo2Bla2zHUNO8kpPvwbrE1hSl2bJSyOOK2oh3ufTp4fbbrNTVGj6lbIUr15rcttihO53Zh0i4uh8uMxIblAQNc2n5WlPoLT3LQWoCVoBdoD7YMOQIegI9AxaMHxRbtAB4EeAl2EjznfGBf07fhhEvICc3DvHH423/mV/oIpkwkZKariOICRpIF08jzGCkZOcqoESkGl5B5IKqQfgKJ+zCV4NJYqhoBKPwzO4jR5cjkBggZeHBI4tiHjEE0upAp8F0pxGfXHZ4lp9oPYSV/hGBOvQnkZIsbDVkZed+x7UQgjrIdQCjPMLimeTha2WF6pkC0TshCkyf0vs6rkKf0EbLk0JXa0W8C5XgOyC7hiXQD5FaB6gDccwesCrhGGAb8LuLYZBoIu4JpsGAi7gGvJYSDqAq6BL8DsKyDuAk27DxPO3ildczzuMLflbo7THeam4u3xu8Oo3v7vIjdlb0/4cJaF3yvkXeSm9udLpN/B7Oq8sPP1hWrvamNX9x7D2376D86yxek0hX20AAAJz0lEQVR4Xu2biU8UZx/H/SdEE423iLeC1iOiJh7xqA3i0UjVosabqDUaNELVSGtKlVBM1VfqUQ3wwquRw6sa0VdF5fWorUUxUmnxAgUPFBUVf+98Z126+7Cwy84ssPv7fZLJzj7PMwM7n3nO+U0zEtjRTE0QfB+RzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCRzhCR3kTJzc2l8ePH0+PHj9Usw4j0JkZJSQnNmTOHAgMDaeXKldSxY0eKi4ujt2/fqkXdRqQ3ESorKyk2NlaXvGPHDqqqqtLTnzx5QkuWLKEePXrQ0aNHlaPcQ6Q7ITExka5evaomm0pWVhZ169aNli9fTs+ePVOzdW7cuEGjR4+mcePG0a1bt9TseiHS6yAvL49at25NwcHBFBAQQGvWrKHLly+rxdzGHZGZmZlObxBniPRaeP36NfXp04fOnj2rf3/06JFe6yGpc+fOtGLFCsrJyVGOcg3bJvvIkSNqtlNq6wpcRaTXwuLFi2ndunVqss7Tp09pz549NGHCBP3CR0RE0OnTp51e/Pfv39PWrVtrHZxduXKF1q5dSyNGjKAuXbpQu3bt9E98RzrybbEd9OHvu4pId0B6errepEOSM168eEFJSUk0efJkXdLcuXPpxIkTNYSePHmSevfuTfPmzasxDTt37hwNGTKERo4cSdu3b6f8/Hx68+aNnodPfEc68lEO5W3BzYD/d8qUKVRYWGiX5wiRrlBc/Iw6depERUVFapZTXr16RQcOHKDp06dTmzZtKDw8nBISEigkJISGDx9O165dsyuPlmH16tU0YMAAOn/+vF1ebaAcyuM4tWVJSUkhf39/ioyM1LuQ2hDpNlRVfdBqaiZlZxeqWfUGNfTQoUPUokULvWlWgTDUTLQMaqvgDJTHcTheFY8bb9SoURQTE2OXbotItyEx8Qp9+61l4GYWaPYvXbqkJus1FU29EXA8zqOyfv162r17t5pcjUj/yG+/FdO0afu1GvpOzTKEI+nokwcOHFjvGq6C43EetY8X6S5QXl5JoaGpVFBQpmYZxpF0DMZc7cOdgfPgfLaIdBf45pszlJaWpyabgiodI230uWaC89lO50S6C5SVvVKTTEOVjkEd5upmgvPZDhZFeiOjSsdCi6tLrq6C8+G8VsyVnppK2hzEsmHfiwkK+pc+PcOnJ1Gld+3aVZ9WmQnOh/NaMVc6ZOMHYMN+IxEVFaWvbmHBw9H2xRfx2nQmq8aWmflPDYPsTz9NanDpWLXzBLbnNVe6n1+jS8e6N1bMMHDBkqOj7d69Urp/v7zGVln5z7IqZMfG5jS4dO+r6SkpFvGN2LwvXbqUNm/erCbXG8jOzb3X4NK9r09vZPD8uXv37oYXNRoSVbr3j97v3CEKDib68EHN8Qhjxoyhw4cPq8mGiYu7QPn59k++zEKV7r3z9L17id59XK78/HOipCT7fA+Ahxdjx45Vk00hL+8RTZ36H61vNHcJFqjSgXeuyEVEECUkWPb//pvI35+oosK+jImgOUezfvPmTTXLNH7++Zp2sU6ryYZxJN07195LS4k6drR8AvQnX39tV8RMNm3aRMuWLVOTTQU91KJFh+mXXwrULEM4kg688ykbavqiRZZ91HLU9r/+si9jAggJQngRpmqeprS0giZO/Lc+vTMD1MT+/fvTsWPH1CyPPU8HiL/bsmWLmlyN+9LRp/fqRfT775bvyclUMHWqfRkTwI9DqFBDkZNTRLNmpdP79zUvpisgoDIjI4NmzpypR88g+LFt27a0bdu2GuFXZkfOlJWV6bF9WMc4fvy4XZ4t7ksHOLHN/BADijNnztgUMAbizfv27VvjYnmaqKh4h81mbVRoLV1aWhpNmzZNFzx79mw9yhVRqwAxcbh5EV2bnZ2tHG08Ru6dVgFRs9EiIjwL3+vCmHSN3Z99RgcPHtT3ERMeFBRU4w50l6FDh9KpU6fUZI8DWf369dODGWvj+fPntG/fPq07mEgdOnSgBQsW6OXruuCIkRs2bBiFhoZqs907ana9o2EBgjB7aS3uwoULte7p4xjLCYal3759W18CtN6ZuMsRH26U1NRUmjRpkprcYGCVq3nz5vTgwYPqNFzUXbt26S8noAnF4BIt24d6rlOgVRg0aDr9+OP/tFaifv25laKi5/TVV8coLOx7un79uppdJ4alA7xot3HjRn2/uLhYvyDuvn0BsJaMOxzr6I0F+seWLVvqLzegabXWOkSaXrx4US1eb/Ac4KefrlBISAodOnTL5fWtly8r6YcfLmoVItXtAE5TpJeXl+uiUSsgatWqVXofpj4IcXXD2yN4hagxwZQH/wf6UQzKMHjyBCUlLyk6Opu+/PKgNiYuUbOrQaRuRka+fpPs2vWrNoJ3vws1RTrYuXMnzZgxg/z8/Gjw4MF6zVAfebq69ezZU7ujX6p/okHB2ysXLlzQ96Ojo/XRtydBYObSpUe10b/jMUFh4VOKifmvNig0vghmmnQM3lq1akXz589Xs7wODNIwErb21Zh2PXz4UCnlWTwZ5GGa9Lt37+oXykhf3lRITk7WFzgAnuxhFtHQeDLIwzTpYWFhtBcPYnwAzBqsLwRu2LCB4uPjlRKex5NBHqZIxyu7gwYNqvfUpSnyuqKC2rdvX73WgMUhd95rM4ongzyMS4foTz6huyZMY5oE+/cTfRyX3C8o8NiovTExLh1Pc7Qpjc+gdVP68jL47jvS2lj7fB/AmHRtfq5N0LUqcV/N8U6wqoioUutSKmr5n3/al/EBjEmPjMQ7QWqq95KVRTRrlmUf/XhgoH2+j+C+dK2/o4AAS+3wFcLDEZdl2ceIvY53vL0Z96X/8QeG7Wqqd5OejkVxyz7m5h4Mz2pM3Jfu69TxWNXbEekMqVt6s4/Z1k/gQy8x2uGrv8sBzqVbNytN5CVG0/HV3+UA59JtP0ETeInRI/jq73JA/aU3gZcYPYKv/i4H1C1d8ElEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkNEOkP+D3O2/0a1nlrAAAAAAElFTkSuQmCC)
PN: 4H58-1-303
CAS: 1206969-67-6
Molecule Weight: 206.201
Formula: C10H10N2O3
![6-(2-Aminoethyl)-6,7-dihydropyrrolo[3,4-b]pyridin-5-one](data:image/png;base64,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)
PN: 4H48-1-NZ
CAS: 1206970-12-8
Molecule Weight: 177.207
Formula: C9H11N3O
![3-Bromo-6-methyl-5,6-dihydro-7H-pyrrolo[3,4-b]pyridin-7-one](data:image/png;base64,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)
PN: 4H48-9-3A
CAS: 1254319-55-5
Molecule Weight: 227.061
Formula: C8H7BrN2O
![6,7-Dihydro-6-(2-hydroxyethyl)-5H-pyrrolo[3,4-b]pyridin-5-one](data:image/png;base64,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)
PN: 4H48-1-81
CAS: 136842-80-3
Molecule Weight: 178.191
Formula: C9H10N2O2
TSCA: Not listed on TSCA inventory