![2-Oxo-1H,2H,3H-pyrrolo[2,3-b]pyridine-4-carbonitrile](data:image/png;base64,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)
| 4H48-1-TK | |
| % | |
| 1190313-69-9 | |
| MFCD12962691 | |
| C8H5N3O | |
| 159.148 |
| Units | Price (USD) | Availability |
|---|
PN: 4H48-1-TK
CAS: 1190313-69-9
Molecule Weight: 159.148
Formula: C8H5N3O
![4-(Aminomethyl)-1H,2H,3H-pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,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)
PN: 4H48-1-TM
CAS: 935466-94-7
Molecule Weight: 163.18
Formula: C8H9N3O
![1H,2H,3H-Pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH0AAACbCAYAAABPnZS6AAAACXBIWXMAAAmnAAAJpwGVc2OAAAAB73pUWHRtb2xTb3VyY2UAAHichZRta9swEMe/yqHXix79GOKU0DIYtBusHexdUWwlNdhSkZ2nbz8pTl2bpB620el0v7Pvr5MXd8e6gr2yTWl0hhimCJTOTVHqbYb+vHyfJehuuchdkAvUTYbe2vZ9TsjhcMD5m6rl0Wicmxp16/NjU45iDgIbuyWcUkb+Pj0+n5lZqZtW6lw5qinnzdn5aHLZnr/ii1eQWtp9qUkXTmq777K9cupvio9NgT5ruXdrK4fCpqwUbIytZQt7TrG76TfYKq2sbFUB65NzCxy42peLpweT72qlW2f6DGUuq+fW7nLnqE2l8p1L5owfDxmqmQNka+qVtfIE3vJuyUBykAJkADIEGYGMQSYgU5DM61sp/4KX07vK0C+4H1w//eNE4RmaUSxYGgHDnNMAOGY8jEDgMKUcApxykUKEeRhHH8PFeQnpAAQnn4thQXkC/egUCKPUj6Fwc6eJiHk/nXFM425MgvE8DJLYFU36qpeLtdHFwISyyNCaobMcv9Wm4RdFEBhbKJsh7hP40CHAx4DXrwfYLUCMAa/2NBCMAb83PbC6BYRjwO/kNBCNAb/v00A8BnyXTAPJGPA9NQ2kV0X/B/ANOiQuPTslLGNXe3cbIYNWIR+HyZlXB40MTiFx/57lPy45Y+LOpzJmAAAJ8ElEQVR4Xu2caUxUVxvHjYmS+MGYuBu1Gvli1ORV1AYV0SB+MCiWiKjRKG6xYKsxoYTEuqUmKtImGt/GuCCuLxZb0VoE31C3Wjc+NOpb64KgiEtB2Vfheed/iBYOc4dhmHvHmef5JTcw99y5B+/vnHues9mJBHZ00k8Ivo9IZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hIZ4hI9xC5ubn6KcsQ6RZz584dCg4OJj8/P4qNjaXi4mL9EtMR6RZRVFREMTEx1KdPH9qzZw+9fv1aScfn3bt3U319vf4V0xDpJgOZu3btUnJXr17dqmbfvXuXQkJCaMSIEXThwoUWaWYh0k0kKyuLhg8fTtOmTaN79+7pyS04ffo0DRs2jMLDw+nhw4d6slvxCenV1dU0Z84cunLlip7kESBt5syZ5O/vT+np6XqyIbW1tbRt2zbq1asXxcfHU1lZmX6JW/AJ6WvXrqVRo0bRyJEjacCAAartzM7Opnfv3umXmkppaSnFxcUpadu3b1cSXeHFixcUHR1N/fv3p4MHD1JjY6N+SYfweunnzp2jwYMH05s3b9TnBw8e0NatW2ns2LHUu3dvWr58OWVmZlJdXZ32TffR0NBABw4coH79+tHSpUvp5cuX+iUucevWLZowYYL6t1y9elVPdhmvll5YWKhqw+XLl/UkxZMnT2jnzp00ceJE6tGjBy1evJjOnDmjmgN3gSZlzJgxNGnSJLp9+7ae7BaOHj1KAwcOpAULFtDTp0/15HbjtdJRuxAgbdq0SU+yS0FBgeoaTZkyhbp3707z58+nkydPUmVlpX6pU+Tn59O8efNo0KBBdPz4cT25BY8ePaLExETVzqPWQmCnTp3UT3zGeaTjOiPwd27YsIF69uyp/s1VVVX6JU7jtdIR8AQFBbnUbr969Yr27dtHoaGhqgBERETQkSNHnAqc8LA3btyoHj5+GhUaFEq0x+iKIc5YuXKlCupu3rz5obbiJz7jPNJxHa7H9/B9e+Tl5VFUVJRq0k6cOKEnO4VXSr9x4wb17dvXLa86xAKHDh2isLAwVQBmzJihHrrenwao0XjYqOGo6UacP39eBZWTJ0+mixcv6skOwfX4Hr6P+xiBJm306NGq4Ofk5OjJDvE66YiQ0Z89deqUntRhysvL6dixY6r7hwKAQZO9e/eqQBBtNtpuR91C1M6EhAQaOnQonT17Vk9uF/g+7oP7GdV6nMcbCwHksmXLVNTvDF4nHcHMqlWr9NNuB6/xtLQ0mjt3LnXu3Jn2799v+PBBRUUFzZo1S8UMGHJ1B7gP7of74v5GlJSUqCAVzYMzeJV0vIbR5nUkiGkveP0j8ncECgPELFq0yO1j6Lgf7ov7Oyp0169fp/Hjx+un7eI10tH/Rr8bs1RW4ox0vIJRI80aC8B9cX/kY4TPScfIVkBAgJqdspq2pGdkZKi2112vdCNwf+SD/Ozhc9LXrVtHs2fP1k9bgiPpeN1i+BcDPlaAfJCfvde8T0lHyUY3yV4XygocSUfXDt0rK0F+yFfHZ6SjC4Jh1kuXLulJluFIOvrSVv9tyA/56viEdMwsTZ8+XQ09ehIj6Zg+RRfJ3TNgbYH8kK8+5+4T0nfs2KEmSlwZZnUnRtIxkWPFeIE9kC/yb4450t++JVtnkah7d6LwcIwI/JNWWIgprTaPKtuBma+2DoxFY3mRo6FOqzCSjn6zGaOCzoB8kX9zzJEeG0u0YgWeQtPPNWv+Sfv0U6IhQ9o8frUdQ9o4ELR16dJF1fSPASPp6EJivtsTIF/k3xxzpA8a1FRjQW4u0SefNE91GwsXLlQzTh8LRtLRrj5//lw/bQnIVx9yNUd6164YJWn6HT/9/FqmuwEscerWrZvpAx3twUh6V9vzqKmp0U9bAvJF/s0xR7pFNd2qCRVnMZLOo6bHxNhv0xsbiQIDW7Xf9o5f7bTh+vG+TU9KSmqZv4cwks6jTYfssLCm6B2RY/PoHSUeb4E2Dmejd6wBR/TujkUSHcVIOo/o3WI6shzKnRhJ59FPt5j2Lnw0CyPpMiJnEljijKVAjpYomY2RdCBj7yaBzQz+/v+i0tIqPckSHEmXWTYTSUy8QnFxWfppS3AkXebTTaS29p2t/37KFrX+T08yHUfSgaycMZG8vLe2wC6FHj9u2rNmFW1JB7JGzkTS0+/T3Lk/qJpvFc5Il9WwJpOQ8F9bH978aB6bHDFIhD1vWPeenJzssHvmyXXv2I6F3bJYZeQMXie9vLyWwsNPUEFBqZ7UYfBgU1NT1bYl7HCZOnWqWoGLACowMJDGjRtH165d07/2Aat3uKAQIpKH7CVLltCzZ8/0S+ziddKBgwrXbioqam2if1GrbSEaS7SwmwX/EZAONjlipymmfx09YCv2smG/Ona8Yv86NkG2B6+U3lFKSqpVfPDFF7/YHnAyrVz5b0pJSaG3WB3UBngbrF+/Xu1a3bJli+Fed9ROM3at4juYiUThw751V/Aq6QEBew0/4/esrMd200BRUSWlpd2jzz//WYmOj79gq0kPqarKtcALE0ORkZFqZhBNgiPcsT+9urqONm/erAobFosabZF2Bp+SHhX1g61701RDmqd9++3vFBycTF9/nU3Z2U+opsY10fbA6zgoKIpWrDhDf/3lngBOJzPzEYWFHaPo6K/U/vSO4lPSv//+lu2V90ertNLSmg+FwQwaGhrpxx//pNDQw/TNN5ds3Tz7r/z2cv/+37R8eboamMrJKdSTXcbrpOtH87TKyjqKiEhVkvUCYgVlZbXqrYJBJBS++nrXClpxcZUtXrhkCyqP0E8//akKlTvxOulGn9//npp6l5KSrrW61koweogg8bPP/mOLsp1fxo1CcvjwHxQSkkLfffe76p6agc9Jx4OLjDzZ6lpP8NtvT9Wb58svM1rEGvYCTnQdUUjWrMmg/Pxmq5JMwOekAzxU/VpPgUKI4PH9Kxp/l72AE+kPHlizSdOrpPsCkGwUcFqFSLcYSPZ0wCnSLea9ZE8GnCLdYj6GgFOkW8zHEHCKdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIaIdIb8HwJDHaiHCVwoAAAAAElFTkSuQmCC)
PN: 4H48-1-JF
CAS: 5654-97-7
Molecule Weight: 134.138
Formula: C7H6N2O
PN: 4H48-5-4Z
CAS: 1427367-62-1
Molecule Weight: 170.6
Formula: C7H7ClN2O
![2,3-Dihydro-2-oxo-1H-pyrrolo[2,3-b]pyridine-5-carbonitrile](data:image/png;base64,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)
PN: 4H48-1-76
CAS: 1190321-76-6
Molecule Weight: 159.148
Formula: C8H5N3O
![1,3-Dihydro-3,3-dimethyl-2H-pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,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)
PN: 4H48-1-84
CAS: 109535-73-1
Molecule Weight: 162.192
Formula: C9H10N2O
![3-Methyl-1H,2H,3H-pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,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)
PN: 4H48-1-TL
CAS: 1330055-85-0
Molecule Weight: 148.165
Formula: C8H8N2O
![1-Methyl-1H,2H,3H-pyrrolo[2,3-b]pyridin-2-one](data:image/png;base64,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)
PN: 4H48-1-TH
CAS: 156136-84-4
Molecule Weight: 148.165
Formula: C8H8N2O
TSCA: Not listed on TSCA inventory