| Product Number | 4658-1-60 |
| Synonyms | 4-Amino-2-methoxy-5-(methoxycarbonyl)phenol; 4-Hydroxy-5-methoxy-2-(methoxycarbonyl)aniline; 5-Amino-2-hydroxy-4-(methoxycarbonyl)anisole |
| Purity | 95.0 % |
| CAS | 50413-44-0 |
| MDL Number | MFCD17168892 |
| Molecular Formula | C9H11NO4 |
| Molecular Weight | 197.19 |
| Units | Price (USD) | Availability | |
|---|---|---|---|
| POA | Contact for Price | Contact for Availability | |
| Bulk | Contact for Price | Contact for Availability |
PN: 4658-1-60
CAS: 50413-44-0
Molecule Weight: 197.19
Formula: C9H11NO4
PN: 4648-1-29
CAS: 26759-46-6
Molecule Weight: 211.217
Formula: C10H13NO4
PN: 4658-1-47
CAS: 5035-82-5
Molecule Weight: 241.243
Formula: C11H15NO5
PN: 4657-1-43
CAS: 5653-40-7
Molecule Weight: 197.19
Formula: C9H11NO4
PN: 4630-1-1P
CAS: 50413-30-4
Molecule Weight: 181.191
Formula: C9H11NO3
![Methyl 7-amino-2,3-dihydrobenzo[b][1,4]dioxine-6-carboxylate](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAZAAAAJYCAYAAABM7LCIAAAACXBIWXMAABXBAAAVwQHNO+9IAAACIHpUWHRtb2xTb3VyY2UAAHichZRtb5swEID/ysmfFxsbCGkUUkWtJk1qN2ntpH2bHHBSpGBXhrz9+52BZEAyQKAz53vu7LuzF4+nfAcHZYvM6Jhw6hFQOjFpprcx+fX+dTIjj8tFgkZoqIuYfJTl55yx4/FIkw+Vy5PRNDE5qefnpyLr2Bx9auyWCc/j7Pfry1vFTDJdlFInCqkimxeV8sUksqxW8Z8QLJf2kGlWm7PcHmpvf4TnXo+eipT828sTzq0QhU22U7AxNpclHIRH8fW+wFZpZWWpUlifUe3TAPe+XLw+m2SfK13i0HnIErl7K+0+QUVudirZozMcfHuOSc4RkKXJV9bKM7iRU0sOUoD0QQYgQ5BTkBHIGcgHkNzDD+c5GnC04GjCQ8z5Trmg7+dPhSuHH1B/T1d5+fuOKRMxmQg6nUYBTDj1fT8C3BI+F9EoGxvcmIdxQ1QGEUxROQsuolE2Jg3Q8Ung7OI1nlFGUS2bSGHQUves+pCgPnfSp95s/B+Ty67ZXS7WRqetIWRpTNacVGn/qTaFaDJPwNhUWWxm58CZtgHRBVydhgG/C7iqXgFxDwhugHA4QtgFXMdcgdU9YNoFXH8NA1EXcN04vKRZF3C9Oww8dIGq04cJN98pXXUyRph+uauTNMKIm823kLvp4r2a14d1hOmVvT7cI8xt5UeRXu0v98dtBljrvLDLzYXDm1uNta48hhf98i9HcMQCDv4eYwAAMEJJREFUeF7t3QecFEXe/3HFCJgw6ykYwayIyJkV9dTHLOZwioCAGdMJnBkUTkUw32FCMeDpGc9HDKCiGFBPD8SEomD2wSwGxPr3t+ffvTO1szs9v+3dSZ/369UvQtf0TPfu9Leruqp6AQcAgMEC/n8AAJAEAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgTJTZ/uXP/+znXq5Fzbts61aeNcx47O9euXWQegphAgSGbYMOcWWij4jVkg/6J1w4f7rwJQxQgQFDZyZCYkFlzQuV69nHvxRee+/965H3907qWXnOvdO7NOZUaN8l8NoEoRIGjcrFnOLbpoJhxuuslfW0frVEZlZ8/21wKoQgQIGjdoUCYYDjzQX1Nfjx6ZsoMH+2sAVCECBI3r2jUTCuPH+2vqe/TRTNlu3fw1AKoQAYLGtWuXCYU5c/w19X35Zabscsv5awBUIQIEjVt44UwozJvnr6nv118zZfUaAFWPAEHjqIEAaAABgsZF90Aee8xfU5/uk6jsllv6awBUIQIEjRs4MBMKBx3kr6lPPbVUVj23AFQ9AgSN+/BD5xZZJBMMt97qr60zZkymjMaBaOwIgKpHgKCwyy7LhINGm/fpkxl9rlHoc+c6N2WKc8cdVzcSfcQI/9UAqhQBgmSGDHGuVatMSORbtG7oUP9VAKoYAYLkpk3LzLy77rqZmXhbt878vW/fzDoANYUAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQFDYhRc6t8IKzk2e7K/JpalM1lzTuc8/99cAqEIECArTA6I0WPCSS/w1uaKp35NMvAig4hEgKEyz6yYJkIUWIkCAGkKAoDACBEAeBAgKI0AA5EGAoDACBEAeBAgKI0AA5EGAoDACBEAeBAgKI0AA5EGAoDACBEAeBAgKI0AA5EGAoDACBEAeBAgKI0AA5EGAoDACBEAeBAgKI0AA5EGAoDACBEAeBAgKI0AA5EGAoDACBEAeBAgKI0AA5EGAoKDvgwD5JgiGnwsEyDdBgKjcPAIEqAkECAq6KQiQIUEwPFcgQIYGAaJy7xMgQE0gQFDQHkGArBwEw5UFAuQPQYCo3FMECFATCBAUtGUQIAsEwXBJgQBZKAgQlXuMAAFqAgGCgggQAPkQICiIAAGQDwGCgggQAPkQICiIAAGQDwGCgggQAPkQICiIAAGQDwGCgggQAPkQICiIAAGQDwGCgggQAPkQICiIAAGQT+oBohOIlkKSlsvnvffecwMGDHCbbLKJW2aZZdxiiy3mOnTo4Lbeemt37rnnumnTpvkvQRMQIKhJ06c717+/c506Ode2rXNt2jjXsaNz/fpl1qHyAuTyyy93Cy+8cPz6hhakhwBBzRk2rO75NvkWrRs+3H9VzUn9TJv0BJ60XLYrrrgifM2CCy7ojj76aPf000+7r7/+2v3888/ugw8+cJMnT3YXXnih23DDDf2XogkIENSUkSMzIRGcZ1yvXs69+KJz33/v3I8/OvfSS8717p1ZpzKjRvmvrinFncETSBoMSctFPvzwQ7fIIouErxk7dqy/Gs2IAEHNmDXLuUUXzYTDTTf5a+toncqo7OzZ/tqakfwMnlDSYEhaLnL22WeH5Y844gh/FZoZAYKaMWhQJhgOPNBfU1+PHpmygwf7a2pG8jN4QkmDIWm5SNeuXcPyTz75pL8KzYwAQc0IzjNhKIwf76+p79FHM2W7dfPX1IzkZ/CEomBIuiS17LLLhuXnzJnjr0Izyxcgg4Orrl133TXsERchQJrfE0884bbffnt3yy23+KuQhnbtMqGQ5Dzz5ZeZssst56+pGcnP4An5AVFoSSrqeTVv3jx/FZpZdoBMmTIl7C4d/fxat27thgwZEnZkIECaz//93/+5/v37u1atWsXH/uCDDw47jyBFwXnG6byU5Dzz66+ZsnpNjUp+Bk8oaTAkLRehBlI6UYB06dIl5wSm8TfR39dcc814HQGSHl0wjRo1Krgwbhcf68UXXzzn7+ecc4774Ycf/JfCghpIUZKfwRNKGgzZ5V555ZXw6mr99dcPr2hXWWUVt/POO7t77rknLs89kNL45Zdf3Oqrrx7/vLRsvPHGbsKECWEXag3ojHrHRcv111/vbwYG48ePD78T0XHVoFmNg9LPZMyYMW7VVVeN16222mrutttu8zeBYkX3QJJcBOk+icoGF1i1qvCZvkiWAFE4XH311e61114Lr6RUy9CXZ9NNNw1HlkvUC+vII4/M3gya0f333+/WXnvt+GfVtm1bd+2117rffvstp9xbb73l9thjj7icaiL9+vULm11QvHfeecfttdde8fFU02CfPn3cF198kVPu+++/D+9FZdcEt9pqK/eSxirAZuDATCgcdJC/pj711FJZ9dyqUYXP9EWyBEhDZsyYEV51STQORIMI77zzTq8k0qSpYFQDjH5Guv+0ww47uE8++cQvmuOyyy5zK6+8cvw6NbuMHDmS+1YJffvtt+6MM85wiy66aHwMddz/85//+EVzvP/+++6AAw6IX6PvyDHHHFPw54U8gvNMcKLJBMOtt/pr6wQ1wLCMxoFo7EiNavwMbpAkGCRJOYXGclntizpBRV+Qnj17umeeeSb80qlKr7IaiX7RRRe5jTbaKGsrdd544w3uoTRCx+aEE07ImSrmT3/6k5texLw/v/76qxsxYkQY/NE21ltvPfeoujwir/nz57sbbrjBrbjiivExW2ONNdy4ceP8oo1Ss6Lmh4u2seSSS7qLL744/H6gCMF5JgwHjTYPan7h6HONQp8717kpU5w77ri6kejB73ota/wMbpAkGKSxct988004Tckf//hH99e//jVn3bBhw+LePo0tPgWMXqebjtomNx3rqIZw1VVXxR0VtKy77rruoYce8osm9uWXXwbfs+NyflZ77rmne/vtt/2iNU0XQZtvvnl8jNRMqOl4fvrpJ79oImpevO6669zyyy8fb1PNkPfdd59ftLapdjZggAuqajpo/lrnhgxxrlWrTEjkW7Ru6FD/VXU+/dQF1cJMGYVPlap/pm2ihk7gvnzl/BDYZZdd6rW3y7vvvutOPfXU8GbuUkstFbYBt2/f3m2zzTbuvPPOC2saPp3QVCba9h/+8IeghtpIFbVGPP74426DDTaIj8vSSy/tLr300rAmkQbd11IzTLR9Nc+cfvrp4UVCLdMFzaGHHprz+677e7NTmhZDHRxOOeWUnA4O3bt3d1OnTvWL1hbVxoJaWVA9qwuDhpr6NKu3Zt4NLqbCmXhbt878vW/fzLrG3H9/3fZXX92522/3S1SFwmf6Evj888/dHXfcEfYyueCCC/zVZqp1qPaR3Q1StZwXNVlajZkZhPA+++wTHwfd+O7Vq1d47JvD3XffHTbLRO+3wgoruNGjR4fNN7Xkx+BqVBc56m0YHQt1IlHza3N488033W677Ra/l5onjz/++Nrs4PCvfzm31lp1J/agluZuvNEvlQ5dgOmGfHBxG79fcIHrXn7ZL1nRyjJAImrTVRfStM2cOdMdeOCB8Zcqmt23Jm46fvute/2ss1yPrBu12223XdiVurmpWUb3qNRME713586dw+bKWnB7cBWa3SVa3dVvvvlm9/vvv/tFU/fwww+7jh07xu+t5sorr7yyNjo4qNYV1L7iE7lukge1s6Ca5pdM34wZzu23X917q+mrZ0/nPvvML1mRyjpAvvvuu7B5qrlMnDgx7CocfamWWGIJN3To0HBUddXRlb5mEF1pJfdesK8XBUv39u1L0qPto48+ckcddVQY3NGxP+SQQ6p2VLVG76t5NdpX/U4PDK5O9fvdktQsqY4oaqaMPovGmVTtwE/VsoLaVjy6XEtQGwuqZX7J5qfxa+rcE32OpZbKPE+kwjs4lHWAqOeOTvDNSfdYNPAt+6bjWkE199577/WLVq5nn3WuS5e6X942bdy755/vflGvkhJ6/vnn41HuWtSso3E/auapBp8FV5nqLZg9en///ffPmT+sFDSepHfv3jkdHPbee+/w3mJVUK0qqF3Fo8q16EmCQS2spHQ/95prMiPXo8+1zjrOPfCAX7JilEWAaG4ltZHri6Wrf12h3hRcLetG9yOPPOIXbxa66agb89k3HXfaaSf33//+1y9aOdQ//fDD635ZtejfZdRvXc03mhhQzTnRcdeo6kp+5ou6zaq3oDp4RPukruXlNovCq6++Gk7MGH1GdXA488wzw67xFUu1qaBWFf++B7WtsFtuSp1CUvHVV86ddFJuzWiXXTTOwC9Z9soiQHQDUU0Yah/WTT6dTHr06OFeeOEFv2iz06jq3XffPf5S6fPc2K+f+62SbjqqZhHUMMKeI9Ev6BZbZGoiZUqjqgcNGpQzqloXFmr+qSQavb9OcFUZ7YPGMV0TXHXm601YLu666y7XoUOH+DOvtNJK7sYbb6ysDg7vvOOCalTd77seOasnB3qj98uKAmPXXes+swLlxBOTzcNVJsoiQMrRv//9b9epUye3VvCDHasfrqrDenxlud901D2N9u3rfilXXjlz76MFbtSmQbXQ7FHVav7RqOpP1a++jKnruLqdZ194nBRcZX6lq80KMDe46FCPxzbBRUe0D5o8c9KkSX7R8qLaUlBrip8iqCWoVQXVK79k+XrwwUxTVvT5l13WuauvLv9zjSNAGqWbjhMuv9x9o+lUoh+uqsdJHjbT0tSLarvt6j6nvlB/+UvmC1aB1ANP43yik5lGVWs6+XIbVa3R+ycGV43Zo/f1nJRiRu+XE41D0VM/o33Rcthhh4XjVsrJ70Ht6Ed1wQ1qS/HvfFCLckWO3i8b+r3+298yN9ej/dlwQz0Axi9ZVgiQJFQN1pQGqhZHP9y99spUm0tN4zZ69codNbvPPhpt6ZesOGr20eSNagaKTmblMqpa3V81Aag/ev9BXU1Wgeeee85tscUW8b6pZnL++eeHNZVSU63o7M03dw9Ev+9t2zqn8WLG0ftlRd17jz029/u8775uvroDlyECpBia1G6HHXKv8s84Q3Ov+CWbn65YLr00c5Mw+jwbbKCh5X7JiqdmoJNPPjmng4Mme9Skj6WgpwJuGFwdRp9FN8v/Flw9llvtqKnUwUHjVLInyNRsDhrkWwrZo/fXDpZzguXjoLbkUhq9X1Y04HDbbePv9pOLLeb++Ze/tHjX70IIEIu773ZujTXqTtwrrujcDTdkxlq0BM1RpSkVovdXm+lVV1VEm2lTqFlIkztGJzM1G2nyx5aaIFOzQ+8bXA1G76/7M8cGV4vNNXpf76eu7Krp6Opfi7oF656Q/oz+T+tVTuWbg05afwlOXtkdHLYNTm4vt9Co6mj0fvb9GY3enx7UkqpeENYfB6F9SbDPGweLwrylBp8mQYBYqbp84YWZ6nN0Ig+q1e6ZZ/yS6VG7enACjd9PvTaCE2gl9dpIgyZ5VHNRdDJRM5Img2yuUdXRCTR7mnWdQNMcva+5wdT8pencNTbGf0hX0kWv0+u1HW0vzTnHGgpQjXdpLqrtZM9hV24n0Jbw29y5blxwoZAdoGpeVDNjqREgTaXqsx5ytcD/P6lrmufGZrFVCPTv71ynTpnwUVdbDXLSpG2N3XhVl7/seXV23rnwhG5VTB0cNOlj9qhqTQqpySHTopOUxiM1VxOOui7ryYJ6GFdDgaHR+grLHXfcMVz0HHTVQPRn9H9anz2qP3vRdrV9vY/eLw0t0YSn2o1COnoP1X70ULlya8JpSWrCU4eG7J+vOjykNQGnBQGSFk2Gp8dh6uZXQyexYcNyb8T7i9ZpeoN8NHpZs4GuvXZmpk+E1HykSSCzR3trksimjqpuzpvIGmukJwxmT6gYnew1uedZZ50V1h40EWLS8SMqp/J6nV6v7fihpPfT++r9mypfJwKNf2lqJwLVZlSryf557rfffs3WPFeJ1IlAXayj46O55dQFO43fzWIRIGlrqBll5Mi6Gop6TWkGYF0RatoOPbBGg56ih9RovEk+DW0bYXOSJoWMvlRqbtKJtNhR1Q11Y52Vwuh9fUadDLNrC5oZWoNmNRND2lO4aHvarrafPQO13l+fI40muIa6Med7pEJjVHsZHlw8ZY/eVy1HtR3Up0GeGuypQZ/R8dJgUA0KbUkESEvQySca6KRBfQ3ROpVR2RJWSyuZJofMbjPXF0zNUIVGVTfnQLp8tSTNt6b7Ni3VJKP30fvpfaPPkOYU/k0ZSPnAAw/UG72v2k1z3dOqJrpA0vQz2ffnND2NpqlpCQRISxg0KBMMBx7or6kvuFoMyw4e7K9BQgoDNTf5YfBsA1O5NOdUHhrHkn2fRnNiqVaQtGkqbXpfvb8+R/SZ9Pn0OdOQLwwamspFoaPaSnboqDbTUr3qqomabDUhZnQsNVGmJszUxJnNiQBpCbo3olBIMoJdzw5X2W7d/DUokpqdDj/88PhLpUX/jpqjdJWWRrNXPnoCZvYXWvcKGjqRloI+hz5P9j0MfV597qbK1xyVPZmkaiWqnWQ3e6n2UmyzF+rT1Pyaoj86rro40BT+aT1h1EeAtIRoWukkV1b6AquspnxGKlTzyL4hrvsBasrJblJKczpzNXtlzy6s0CrXq2p9ruyQ1edOo9lO8k1nv+aaa+bUyFRbUa0F6VHTnx4Wln1xoBr25Zdf7hdtMgKkJUTTNidp09WVgsrqNUhNvi65WtT1N80HKo0bNy6+Ya0r8Ntuu80vUpb0OaMagz6/9iMt6pKb/UCt6NiolpJm11/k0mOL9fji7Jpe2vdGCJCWQA2kbOhmsp7Hri+TBtyleaNWTQXR1bZmck6rRtNS9Hn1ufX5tR/anzTpkQ1RQDXn4EPkUo0yCpC0H49AgLSE6B5Ikitd3SdR2eDkhuYRTYei0eVpGTFiRPwl1QA4Xf1VIn3u7AF82q+0/P3vfw+3qQkx0XL0M41+nv/RfH4pIkBawsCBmVA46CB/TX3qqaWy6rmFZpF2gIwePToe27HXXnu5nyp8Vlh9fu2H9kf7pf1LAwFSGgRIpdOzFBZZJBMMt97qr60zZkymjMaBpDBwDfmlGSCalyt6tnj37t0rPjwi2g/tj/ZL+6f9bCoCpDQIkGqg9mSFg0ab69kiGn2ukceafkDtkscdVzcSPcVmA9SXVoDo6Ynt2rULt6X7KWnNNVUutD/aL+2f9lP72xQESGkQINViyJDcB8X4i9YNHeq/CilLI0B0hd65c+dwOxp4+NFHH/lFqoL2K5ouQ/vblBoWAVIaBEg10Qy6mnlXz/PQTLyaIFF/79u3pmfXbUlpBMjpp58ebkPNO3r8bjXT/kXNdNpvKwKkNAgQIEVNDRD1pY/61mvKlFqg/dT+ar+tYwkIkNIgQIAUNSVAND+Wnoan12vKiFoZCKf9jKbI0P5b5gkjQEqDAAFS1JQA0YOZ9Fp1b33qqaf81VVN+xt1V9ZxKBYBUhoECJAia4BoAsKOHTuGr9UTAWuR9lv7r+NQ7MSQBEhpECBAiqwBMnbs2PB1muZj6tSp/uqaoP2OpmvR8SgGAVIaBAiQImuAbLbZZuHr9IS/Wqb913HQ8SgGAVIaBAiQIkuAqOdR9CXU89JrmfY/OhbF9MgiQEqDAAFSZAmQU089NXyNZquFi2ft1XFJigApDQIESFGxAaIuqyuuuGL4mqHMFBDScdDx0HFJ2qWXACkNAgRIUbEBomcoRF/AGTNm+Ktrko5DdEySPmOCACkNAgRIUbEBMmzYsLC8HseKOjoeOi46PkkQIKVBgAApKjZAdt1117B87969/VU1TcdDx0XHJwkCpDQIECBFxQbI0ksvHZavlOebtxQdDx0XHZ8kCJDSIECAFBUTIJ9++mmzffkqnY5HdGx0nAohQEqDAAFSVEyATJw4MSyr0dc//PCDv7qm6XhEo9J1nAohQEqDAAFSVEyARCe99u3b+6sQ0HHR8dFxKoQAKQ0CBEhRMQESjXfo1q2bvwoBHRcdnyTjYwiQ0iBAgBQVEyBnn312WHaXXXbxVyGg46Ljo+NUCAFSGgQIkKJiAuSEE04Iy+6///7+KgR0XHR8dJwKIUBKgwABUlRMgPTs2TMse8QRR/irENBx0fHRcSqEACkNAgRIUTEBQg2kcdRAyh8BAqSomADhHkjjuAdS/ggQIEXFBAi9sBpHL6zyR4AAKSomQK6//vqwbIcOHfxVCOi46PjoOBVCgJQGAQKkqJgAmTBhQlhWI65//PFHf3VN0/GIRqLrOBVCgJQGAQKkqJgA+fjjj+Mv32uvveavrmk6HtGx0XEqhAApDQIESFExASJLLbVUWP6OO+7wV9U0HQ8dFx2fJAiQ0iBAgBQVGyDdu3cPy/fr189fVdN0PHRcdHySIEBKgwABUlRsgAwZMiQs37FjR39VTdPx0HHR8UmCACkNAgRIUbEBMnny5PgLOHv2bH91TdJxiI6Jjk8SBEhpECBAiooNkHnz5rllllkmfM3IkSP91TVJx0HHQ8dFxycJAqQ0CBAgRcUGiPTp0yd8zeabb+6vqkk6DjoeOi5JESClQYAAKbIEyKRJk+Iv4bRp0/zVNUX7Hx0LHZekCJDSIECAFFkC5Pfff3drrbVW+Lr+/fv7q2uK9l/HQcdDxyUpAqQ0CBAgRZYAkSuuuCJ83eKLL55o4Fw10n5r/3UcdDyKQYCUBgECpMgaIJq6Y8UVVwxfe9ppp/mra4L2W/uv41Ds1C4ESGkQIECKrAEiF198cfjaNm3auJkzZ/qrq5r2V/ut/ddxKBYBUhoECJCipgTId99951ZdddXw9fvss4+/uqppf7Xf2n8dh2IRIKVBgAApakqAyF133RV/IR988EF/dVXSfkb7rP23IEBKgwABUtTUAJHoSXy6Gv/iiy/81VVF+xfVupryZEYCpDQIECBFaQTIu+++G8/Su9tuu7n58+f7RaqC9kv7p/3U/mq/rQiQ0iBAgBSlESCS3ZR14YUX+qurgvYr2kdr01WEACkNAgRIUVoBIn379g23teCCC7pbb73VX13RtD/aL+2f9rOpCJDSIECAFKUZID/99JPbYYcdwu0tssgi7pFHHvGLVCTth/ZH+6X90342FQFSGgQIkKI0A0S++eYbt+mmm4bb1DiJSg8Rff5ovIf2S/uXBgKkNAgQIEVpB4h8+umn4YlR21144YUrtjlLn1ufPzrRa7/SQoCUBgECpOSrr75yyy23XPhl6ty5s/vll1/8ImY62UY1Ed07uOiiiyqmd5Y+pz5vdM9D+5FmeGjSxQMOOCDc9mKLLeZmzZrlF0EzefLJJ+MAmTJlir+6SQgQ1ITffvvNXXvttXF4RMs666zjHnjgAb+4mZp7onsiWtQFttzHiejzRV11tejzp9VsJc8++6zbYostco67msguuOACN3fuXL84UvLZZ5+5Y4891rVq1So+7q+99ppfrEkIEFQ9XYFttNFG8ZdoiSWWcBtssEHcVKNFA+TeeOMN/6UmP//8c9w7S4sG4ZXriHV9rmiQoBZ9bn3+NKiWcfjhh+cEx3rrrZcT4h06dGhy92DkUq16+PDh8TglLeuuu27YhJg2AgRV67333nP7779//CXSlVjPnj3jphkFRjSiXIsC5cQTT3Rz5szxtmRz55135nyJNZdUuUzAqM8RzW2lRZ9TnzcNqlWodhHdiNfSpUuXsCYi3377rTvrrLPcoosuGq/fbrvt3KuvvuptCcVSbVq16ui4KqyvueaasAbeHAgQVB1N9Ddw4MCwrT36Im2zzTYNtv829KVL+qzvxsyYMcPtvPPO8bZ1UtWU6J988olftEXoffX+2Sd3fT59zjSoNtG+fft42yuttJK78cYb894L0qj27BBTwPfu3dt9/vnnflEUkO9i6KSTTgrv+TUnAgRVQzdqb7nlFrfKKqvEX6TVV1/d3X777X7RevJV+9Xs9cQTT/hFTXR1n91UpHDTk/1a6vG4eh+9X3ao6vOkVet45ZVXwlpEtG3VLlTLUG2jkMceeyxsUoxeu/TSS7tLL73U/frrr35ReFRbVq05uzl21113Ta05thACBFVh8uTJbsstt4y/RK1bt3bnnntu0Q89ynfjcb/99kvlCl01o0suucStsMIK8ba1bL755m7kyJFu9uzZ/kuaRNvTdrX97PfT++tzWKZk96m20KtXr5zjpVpFsXNmqbZ35ZVXumWXXTbejtrtH3roIb8oXOZ4XX311Tn3k1SLbul7bQQIKtpHH33kjjzyyLj7qZZDDjnEffjhh37Rorz88stu2223jbepK/ezzz47lZOu7hHocbBrrrlmzoldS8eOHcMb2aoZqMdM0l5KKqfyep1er+3429b76X2TbrMxqh2olqDaQrR91SIef/xxv2hRdEV9/PHH51xRq4fYm2++6RetWaoVb7jhhvHxUa1Ztec0u6QnRYCgImlqDU3017Zt2/iLpCvtZ555xi/aJHfccUfYDBa9x8orr+xuvvnmsLksDfq8ffr0ccsss0y9E3606J7CjjvuGC49evRwxxxzTPhn9H/Z9xz8RdvV9tM8LqoVqHYQvYdqDVdddVUq94wiU6dOzbl3pGlVTjnllGZv0y9nqgXvu+++8TFRrU+1ZdWaS4UAQcW5++673RprrBF/kfR87htuuCHvjdo0qBnsvPPOC5vFovfs2rWre+655/yiZjr5qhluyJAhrnv37jn3YopZ9Dq9XtvR9tI8qU+fPj0exa9FtYQTTjghtV5r+dx3333xCH8tyy+/vLvuuuvc/GbqVVSOVOtV7Tf7/pVqx6ollxoBgorx+uvTcgbp6UbtGWeckeqgt8aoWezQQw/NOWEfccQRqd+7iKi78YQJE8IBkOeff364qJeSaiD6M/o/rVe5NEeOZ9NV/8knnxxPrqhFtYOW6gCgphnds1lyySXD9148WM7deGP3VbDPVS2o5T4V1HZV642Ou2qbqhWXCwIEZe+rr35ygwePcyuttF1Qbc9che21117unXfe8Yu2iEmTJuXcmFYzmprT0pixtpzkG72v2oBqBaWggFR4bt+qlbsm+CxfB4s74ADn3n/fL1r5gtrtF0Et99JgHzsvkOn+rVpwGvev0kSAoGzNmzffjR37uttxx5vdppuOCK6+DnNduuzuxo8f7xdtcWouU7OZxjlEJ1eNqh43bpxftCKpRrNxcJUf7Zuu/lULKMWNWt+HL73k3th66+DstUBmWWwx5wYNcu777/2ilUe12aBWG+3bxGAZfdhhblYTO4U0FwIEZenZZz8MLi7HBYHx93DZaadb3JgxzwahUl5t3xrncOaZZ+aMqt5+++0rdlS1Ru9Hkx5q0Y1aXfU3V/NYk4wd69xqq9UFyaqruuCXJGz6qTiqvV5wgQuqs3X706WL+y2o7ZYzAgRl5YMPvnYnnfRIHBxdu/7DXXzxJPfNN+XdPKTmtL333js+8S600ELhfYpyn0gx8n1w9T4ouIrPvlG7dXCV/1JwtV/WNM7nnHOca9267sTbrZtzzz/vlyxfmgssqL3Gnz+o1bobb1Q11y9ZdggQlIXvvvvFXX755OC7PzoOj759H3Lvvtt8PXyag0ZVr7/++vFJWOMkLrvssrIdVZ1v9P5qwVX9WF3dV5IPPnDu4IPrTsILLujcUUdpoJBfsnyolhrUVuPPHNRig+qsqrV+ybJFgKCk5s//3d1773S3885j4uDYZ5873ZNPVu6NUXWdHTVqlGvXrl18UtbAvocfftgvWlLPB1fpaYzeLytPP+1c5851J+UllnDuoos0RbJfsnRUKw1qp0E1te5zBrVXV+To/XJAgKBkXn75Y3fYYffEwbHddjcFNfdX3S+/lNd9Dis9CU7zT5XbqGqN3j8quDrPHr1/cHD1/oGu4quBmn5Gj3ZuhRXqTtBrrOHcP//pl2xZqoUGtdGgWlr3uYLaalBt9UtWDAIELe7jj79zZ531eBwcW2zxd3feeRPdl19W8JVvIzSqWoP7opO1xlOceuqp7uuvv/aLNit1M9ZTB7NH7+upjE/rqr0aaXzQ6adnmoaiE/aOOzqX8kOVElHtM6iFxp9j2WWdu/JKVVf9khWFAEGLmTt3nrv22iluq61uiMPjmGPuc9Om1cb03f/617/cWmutFZ+8Nar6+uuvb7ZnNWT7Z3D1nT16XxMqjg6u0ptr9H5Zeftt5/bcs+7kraaj445zwRWLXzJ9qm0Gtc74vYPaqDv+eFVP/ZIViQBBi/j3v99xe+wxNg4O/V3/V2s0juLiiy+OR1Vr2WSTTdzEiRP9oqnQBIv+6P3Tg6vylhq9X1b+93+dW2+9upP5Mss4N2qUXyodGvB3yikuqG7WvV9QCw2qo37JikaAVJHo5FxI0nKRqPwf/zjazZrVcA+RfNv99tufXc+e98frVPtQLUS1kVqmBzsdffTROfchNEHi+ymNqv4yuLo+LrjKVnfiaPt7Blfhb+tqvJbpPsQVVzjXrl3dib2hOaWmT3euf3/nOnXKjM9o0ybTDNWvX2ZdY669tm77Qa0zqH76JaoCAVJF8p3A80laLhKV1zJgwKP+6li+7b722qfx/+u+h+5/oM6LL74YhOpW8Ule4zAGDx4cjsuwUHfhESNG5Mzuq+eQP/powz+3mqTmqwEDnNt/f/Uh99c6N2xYbi8pf9G64cP9V9VRwOy+u3N/+5uqnf7aqkGAVJF8J/B8kpaLROXVS0p/vvBC/skD821Xg4LHj5/hXn+9dFNOV4LbbrstHH8RnfT1tMAxY8YUNW38I488Elwsd4q3oW7EeqBUmjPy1oTgmIUhobEkvXop5TPTpKh7swZWqguu1qlMczWBVQgCpIrkO4Hnk7RcJCp/883/Cf886KC73W+/1b/5Wux2keuHH35w55xzjlt88cXjEOjWrVsQ2C/4RXO89dZbbo899ohfo2arfv36hc1YKNKsWXW9tm66yV9bR+tURmWbaTbmSkCAVJGkJ/Ck5SJReY3P0CA//f2uu+rfDCx2u8hv5syZQUgfFAeC7pP8+c9/dh9//HFOOXUDHjBgQM406zvttFNQ23s9pxyKoEkZFQwHHuivqa9Hj0zZwYP9NTWDAKkiSU/gSctFsstPmDAz/LsmN9QN8obKoemeeuopt9lmm8XhsMQSS4QPitJI8X/84x85z1bX42rvuecefxMoVteumVBIMuOz7iuprObeqlEESBWJTuBJl6T88v37Pxz+e/jwZ7NK1S+HptM4DT8ssmf+jULl53KaqqOSRb2zkjxlUU2EKrvccv6amkGAVBE/IAotSfnlZ8yYE86Sq0V/b6gc0qNxG6eddlpOt9x8zVpoIg30Uygk6XigLsEqq9fUKAKkiiQ9gSctF8lXftiwSeH/qTYSyVcO6dJz2PU4WZqrmgk1kKIQIFUk6Qk8u9zUqZ+7v/71Sfc//3O72377m93RR9/nJk6c2WD5iJ7Pofsg+v+ofL5yQEWJ7oEkmeBQ90lUdsst/TU1gwCpIklP4Nnl9Keeu6EBfz/9NM+98cYX4Qy5991XN2NsQ9u9886p4f/vu++dQW1+foPlgIoxcGAmFA46yF9Tn3pqqax6btUoAqSKJD2BZ5cbOfL5ek8AfeedOWEoRBrarsaCaEyI1t1yS2aMSL5yQMXQs8ej+atuvdVfW0ePzlUZjQPR2JEaRYBUkaQn8ELlVBPRvFeRxso///zscF00Sr2hckDF0DM7FA4abd6nT2b0uUaha4LEKVMyM/lGI9FHjPBfXVMIkCqS9AReqJyeBnjIIXUP3ylUXvNjRWUaKwdUjCFDnGvVKhMS+RatGzrUf1XNIUCqSNITeGPlNDhQzVfPPVdXLW+svGiGXtVYCpUDKsq0aZmZd9ddNzMTb+vWmb/37ZtZBwIEdebMmRtOvf7UUzP9VQBQDwGC0Oef/xA2Wz399Af+KgDIiwCB++KLH93BB/8zvCEOAEkRIDVOzVaqeUya9KG/CgAaRYDUuMMPvzd84BMAFIsAqXHZ3W/95bvvfvGLA0CMAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCYECAAABMCBABgQoAAAEwIEACACQECADAhQAAAJgQIAMCEAAEAmBAgAAATAgQAYEKAAABMCBAAgAkBAgAwIUAAACYECADAhAABAJgQIAAAEwIEAGBCgAAATAgQAIAJAQIAMCFAAAAmBAgAwIQAAQCY/D+qSubE6NEXRgAAAABJRU5ErkJggg==)
PN: 4H58-1-GH
CAS: 20197-76-6
Molecule Weight: 209.201
Formula: C10H11NO4
PN: 4H57-1-86
CAS: 20197-72-2
Molecule Weight: 225.244
Formula: C11H15NO4
PN: 4658-1-20
CAS: 2475-80-1
Molecule Weight: 181.191
Formula: C9H11NO3
Melting Point: 160(dec.) ℃
TSCA: Not listed on TSCA inventory