![2-(7-Oxo-5H-pyrrolo[3,4-b]pyridin-6(7H)-yl)acetic acid](data:image/png;base64,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)
| 4H58-1-304 | |
| % | |
| 1206969-29-0 | |
| MFCD14585263 | |
| C9H8N2O3 | |
| 192.174 |
| Units | Price (USD) | Availability |
|---|
PN: 4H58-1-304
CAS: 1206969-29-0
Molecule Weight: 192.174
Formula: C9H8N2O3
![2-(5-Oxo-5H-pyrrolo[3,4-b]pyridin-6(7H)-yl)acetic acid](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAH0AAACbCAYAAABPnZS6AAAACXBIWXMAAAc/AAAHPwGHf6HrAAACNHpUWHRtb2xTb3VyY2UAAHichZRta+MwDID/ivDnq1/zWpqOsjEYbDe47eC+HW7idoEmHkn69u9PTtquaXcpiSNZ1mPHkuzJ3a5YwcZUdW7LhAjKCZgytVleLhPy+/1xFJG76SRFJ3Qs64R8NM3nmLHtdkvTD1PonS1pagvSjY93dd7z2SpqqyWTnAv25+X5rWVGeVk3ukwNUnU+rlvjs0110/7Ff5Zgha42eck6d1ZUm262v5K7l9NdnZGvvdzj2AxRWOQrAwtbFbqBjeQUX/4DlqY0lW5MBvM9mhX1cO/TycuDTdeFKRtU3Qx5qldvTbVO0VDYlUnXOBkqTw8JKQQCurHFrKr0HpzmzFqAlqAVaA+0DzoAHYKOQMegBceG4wIdBHoID+O9Mm7B9/2nScgr3INrP7Edv93zisGSCRlJGsg4gBHmKnKSUyXOpKBScg8kFdIPQFE/5hI8GksVQ0ClHwZHcTAeXA6AoIEXhwT2h6VU4MNJKhqH6IpLKy6jL4kB9YPYSV9hH0OsQnnqIs7DTkZev+97UQgjjLxQCmPJTsGcTua2zM5UyLOEzAVpo/zLLGp5CDQBW2Wmwtp1EzjXc0D2AZeWEyC/A9QV4A2v4PUBl/JhwO8DrkCGgaAPuHIaBsI+4IrvBMy+A6I+4Ep1GIj7QFvYw4Qb76WuPQg3mMt0twfnBiOvNn8Tuch5dzaHQyy8qyzeRC4Sfzz+19XIzmqfHS8dVK8uJHZ2WzG8o6f/APEMsj96UF9eAAAJ6ElEQVR4Xu2baUwVVxvH/dgPftGon6y4Imrdl2iCBDUuiZHaaBpsUqXBqERj1GijxVqJWzSRuFSFqnFLwFTRWhWKUUTAtZFXoYqKGxpQ3KViQdHnnf+hF+eezoULzNx74Xl+ycSZc+ae4Pzm7M+0IIEdLfQEofkj0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0hki0gOMgQMTadu2P2vOnUCkBxgQPWLEbioqeiXSuQDRP/98kWJijol0LkB0WVmlqu0ivZlSUvI3/fDDKcrNfaSuXaJ37fpfzfmMGUfpyJEb9PFjzc8ahUjXWLhwIW3YsIGePXumZ9nK27fv1YDtq6/2U1paoZ7txpMn5fTjjxn07beH6MqV6pejMYh0E9nZ2dS9e3eaP38+devWjUaNGkUJCQn06FHjH7SZ1NRCJTsh4U/655/3erZH8vJKadq0wxQbe4oeP/5bz/Yakf4vL168UMLz8/Nr0nJzc2np0qXUo0cPCgsLo40bN9KDBw9Mv6ofly5dosjIrbRkyUnjRWqYNDTxx47dpIkTk+mXXy5TRYX3L40Lkf4vkyZNoi1btujJNVy7do3i4uKoT58+NHToUFq7di3dvXtXv80StBRRUVFGHz2QcnIu6Nl09uxZ40VYQuHh4erF69Chg/oX10hHvk55+Tvj771E/fqNpv379+vZtSLSDRITE42aM1FP9sjt27dpzZo1NGTIEOrfvz+tWLGCbty4od9GlZWV6r4uXbrQjh076MOHD275Bw4coJ49e9KECRNo586dVFhYaPT1b1Ue/sU10pGP+3C/Dl48vLDDhw9XLZM3sJdeUFBIwcHB9Pz5cz3LK4qKiig+Pl49dIhZtmyZMdi6QocPH6aQkBA1MHz16pXbbzBIxHhh8uTJdOvWLbc8T+A+3I/fWQ0yMzIyjFrfj6ZPn06lpaV6thuspVdWVtGUKQfp/Pm/9KwGUVJSQlu3bqVOnTpRUFCQpVC0CBgj7NmzR8/yCvwOv7dqWaqqqowZwTZq27atnuUGa+lr1+aoEbTdbN++nVauXKknqxoKYWfOnNGz6gV+j3KsajzAmKA22ErPzLxH0dFHjH7WphUPE56ko2luaA3XQTkozwqRbkFp6Rv68svkBk+b6sJK+sGDB1WfbCcoD+XqiHQN1Gwsa548eUfPsg1d+kdjct2rVy/LPr4xoDyUi/LNiHSNP/4opFWrsvRkW9Glnzt3Tk27nADlonwzIt0P6NIXL16s5ttOgHJRvhmRTr6JRjGjS8eAy+6m3QXK1Qd0Ip18E41iRpeO6dWbN29Md9gHykX5Zpq0dKwutWvXjjp27OjxmDAhyfLApoYLX0SjmNGl1yWhsejl69c6ASsdu1nY3rSjhvgiGsWMLl1qupdERkbS3r179eQGYRWN4iS6dOnTvSAnJ4eGDRv2n/lnU0GXLqP3OsD246BBg+jChf/uO9sBQpPi48/rybaiS5d5eh3gzZ06daqebBtVVR/ou+9+o+zsIj3LNnTpsiJXC2VlZSrgoLi4WM+yleLiMhVu9PRpuZ5lC7p0IGvvHli0aBGtWrVKT3aE9PTbagonu2x+BKFBiDSpqKjQsxwjLi5TjejtxpN02U/XiIiIoJSUFD3ZURB7/vXXByg/v/bwIm9BWBRqIIIau3btahk562TkDNi3bx+1adNGT3YjIKSfOHGCRowYoSf7hJs3n1F4+Dx6/fq1nuUVT58+VUGPY8eOVaIRM5+VlaXk4Hr58uU1wY4unIiRu3jxoprmYn0DcXu14Xfp79+/V2HFV69e1bN8Br5omTJlip7sEcTCIVwaLyqCKjFPxkPXwWpZbGysWllMTk7Ws22JhsXfMm3aNBVejY81vMHv0jdt2kSzZs3Sk30Kpjzjx483+vddelYNrqjX0NBQt6hXbzCHKV++fFnPblDcO8KrV69e7TG8ujb8Kh3NFP5oNJH+5smTJ9SyZUu3vtLb+HZvOX36tConOjq6zjDl2jh06JAa9GK205BuqXbpLUzZrvPMTAwPiT7/vPq8EYwcOZJmzpypJ/uFgoICtdCBrga1uHXr1jR48OB6fcniDQhTxvdxnTt3pnXr1qka6y15eXnqmaG593YsYEX9pffujY+pqg+cA4xSjbfY04E33HWkp6dTamqqakrR16EZ8+U0zROYYqH5Ri1EP4zYdSd5+fIlzZs3T3UVR48e1bPdQIsYExNjPO7e6vk1lrqlmw/w2WfoUIggCucgMZEoKsrjge+4XAdGue3bt6cxY8aoES6aKPRN/mbAgAF0//59db57925asGCBdoczoLsYN26ceh7Xr193y8MgFx9NolXAv7i2g7ql6+dffEGEN9Nc0+sJph1paWnqHH0S+nWMQv3FnTt3VFPuAs2n1eDJSY4fP666l7lz56ovaFGjUbNRw62maI2h/tJPnSKjqlYfGRmf8usBPgfGf+jdu3fqGqNPTDv8BfpWDNgA1v9Rs/RNDF+A57F+/Xpq1aqVGumbP5u2k9qlO8js2bPV/Bi4tlOt5rq+AJ8euwZGSUlJNGfOHO0O39KQEXl98Jt0fbqGhQV/BE48fPiQ+vbtW3ON+TQGnM0Zv0kHmzdvdluYwRJi1r59pjuc56ExQDoUF6fOy8vLVbAlplXNGb9K15dgK7FmbEzjyKEgQkvCwoj+qv5U+XlKCu2ZMUO7ofnhV+kAmy3p5s2Wn34iWrr007WTPH5MxkT50/U33+C7p0/XzRS/S1dERBC5tlWNJpaCg4nu3XO7xRG2bSOKja0+x7pDUBCG0G63NEcCQ3phIVFISPWDB9iRsjm0yJLRo4lcGyBYe/DjtNGXBIZ08P33ROZQqdBQIi93sRoEFjzQorjA6uHvv3+6bsYEjvSyMjLmcIharL7GYM6mZUdLsMvlWvNGk46mPQD2AHxB4EgHv/7qn9qGwIWkJD212RJY0s3YuIUruBO40q22cO2C+QsVuNKttnDtwskXqgkQuNJt2ML1iJMvVBMgcKXbsIXrESdfqCZA4Ep3EidfqCYAT+nMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekMEekM+T8O6sPEFF9HWwAAAABJRU5ErkJggg==)
PN: 4H58-1-305
CAS: 1206970-09-3
Molecule Weight: 192.174
Formula: C9H8N2O3
![2-(7-Oxo-5H-pyrrolo[3,4-b]pyridin-6(7H)-yl)-2-phenylacetic acid](data:image/png;base64,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)
PN: 4H58-1-277
CAS: 1218480-55-7
Molecule Weight: 268.272
Formula: C15H12N2O3
![3-Methyl-2-{7-oxo-5H,6H,7H-pyrrolo[3,4-b]pyridin-6-yl}butanoic acid](data:image/png;base64,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)
PN: 4H58-1-198
CAS: 1218347-75-1
Molecule Weight: 234.255
Formula: C12H14N2O3
![6-Ethyl-5H,6H,7H-pyrrolo[3,4-b]pyridin-7-one](data:image/png;base64,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)
PN: 4H48-1-8W
CAS: 1046121-01-0
Molecule Weight: 162.192
Formula: C9H10N2O
![2-(4-Fluorophenyl)-2-(7-oxo-5H-pyrrolo[3,4-b]pyridin-6(7H)-yl)acetic acid](data:image/png;base64,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)
PN: 4H58-3-6D
CAS: 1218657-27-2
Molecule Weight: 286.262
Formula: C15H11FN2O3
![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
![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
TSCA: Not listed on TSCA inventory