- InChI
- InChI=1S/C4H6N2OS/c1-2-3(7)6-4(8)5-2/h2H,1H3,(H2,5,6,7,8)
- InChI Key
- HYDZMARBTYAIMU-UHFFFAOYSA-N
- Formula
- C4H6N2OS
- SMILES
- CC1N=C(S)N=C1O
- Molecular Weight1
- 130.17
- CAS
- 33368-94-4
- Other Names
-
- Hydantoin, 5-methyl-2-thio-
- 5-Methyl-2-thiohydantoin
- 5-Methyl-2-thioguidanthion
- Cp,gas : Ideal gas heat capacity (J/mol×K).
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔfusH° : Enthalpy of fusion at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- log10WS : Log10 of Water solubility in mol/l.
- logPoct/wat : Octanol/Water partition coefficient.
- McVol : McGowan's characteristic volume (ml/mol).
- Pc : Critical Pressure (kPa).
- Tboil : Normal Boiling Point Temperature (K).
- Tc : Critical Temperature (K).
- Tfus : Normal melting (fusion) point (K).
- Vc : Critical Volume (m3/kmol).
- 1: Molecular weight from the IUPAC atomic weights tables.
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Physical Properties
| Property | Value | Unit | Source |
|---|---|---|---|
| ΔfG° | 186.14 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | 55.40 | kJ/mol | Joback Calculated Property |
| ΔfusH° | 20.12 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 62.50 | kJ/mol | Joback Calculated Property |
| log10WS | -0.71 | Crippen Calculated Property | |
| logPoct/wat | 0.631 | Crippen Calculated Property | |
| McVol | 89.940 | ml/mol | McGowan Calculated Property |
| Pc | 6696.65 | kPa | Joback Calculated Property |
| Tboil | 576.92 | K | Joback Calculated Property |
| Tc | 817.57 | K | Joback Calculated Property |
| Tfus | 412.66 | K | Joback Calculated Property |
| Vc | 0.344 | m3/kmol | Joback Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [219.94; 272.25] | J/mol×K | [576.92; 817.57] | 
|
| Cp,gas | 219.94 | J/mol×K | 576.92 | Joback Calculated Property |
| Cp,gas | 230.34 | J/mol×K | 617.03 | Joback Calculated Property |
| Cp,gas | 240.11 | J/mol×K | 657.14 | Joback Calculated Property |
| Cp,gas | 249.21 | J/mol×K | 697.25 | Joback Calculated Property |
| Cp,gas | 257.61 | J/mol×K | 737.35 | Joback Calculated Property |
| Cp,gas | 265.30 | J/mol×K | 777.46 | Joback Calculated Property |
| Cp,gas | 272.25 | J/mol×K | 817.57 | Joback Calculated Property |
Similar Compounds
![L-Alanine, N-[N-(N-L-alanyl-L-alanyl)-L-alanyl]-.](data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAPoAAAD6CAIAAAAHjs1qAAAia0lEQVR4nO3deVxTV94/8E+IICBBUBZBqKJ1UHBBtqpQdOxjW/eioNZq1aqdapXaasc6nY6Kj2tbxeqjrUsrjnV+UmsVRdyXIjKyFEWQRVERkUVABEG25Pv740bCYkUgyb3JPe8Xf8gh5HwjnyQn9557joSIwDDiYMB3AQyjPSzujIiwuDMiwuLOiAiLOyMiLO6MiLC4MyLC4s6ICIs7IyIs7oyIsLgzIsLizogIizsjIizujIiwuDMiwuLOiAiLOyMiLO6MiLC4MyLC4s6ICIs7IyIs7oyIsLgzIsLizogIizsjIizujIiwuDMiwuLOiAiLOyMiLO6MiLC4MyLC4s6ICIs7IyIs7oyIsLgzIsLizogIizsjIizujIiwuDMiwuLOiAiLOyMiLO6MiLC4MyLC4s6ICIs7IyIs7oyIsLgzIsLizogIizsjIizujIiwuDMiwuLOiAiLOyMiLO6MiLC4MyIisLgTYcsWuLujc2f07Yv//V/U1vJdE6M/2vFdQEPBwdi3D7t2wcMDqamYOxfZ2fjhB77LYvSEhIj4ruGZqipYWeHIEQwfrmxJSYGbG+7dg50dr5UxekJIg5k7d/D0Kfz8VC2urrCxQUoKfzUxekVIcS8uRocOaNdwfGVpieJingpi9I2Q4t69O0pLUVqqalEokJ0NJyf+amL0ipDibmcHZ2fs2qVqCQtD+/bo14+/mhil8+fPv/POO3v37uW7kDYR0pEZiQQ7dmDsWGRmwtsbKSn4/nuEhsLYmO/KGNy9e/fIkSOVlZXvv/8+37W0npCOzHCysvCf/+DuXXTtikmT4OyMzEwcPIjp02Fvz3dx4lVSUmJra0tEeXl5nTp14ruc1iLhmzCBAPruO77rELu33noLwI8//sh3Ia0npLE7JycHwcHYtEnVMnEiAPz6K18VMZyJEycCOHjwIN+FtJ7wBjNXrmDQIDg44N49SCQAUFYGW1tUVeH+fXa+iUeFhYV2dnYSiSQ/P9/S0pLvclpDeK/u3t7o1g337yM2Vtkik+HNN6FQ4PBhPgsTPSsrq2HDhtXU1Bw9epTvWlpJeHGXSDBhAgDUf9PkxjO6/DaqH3R9PCO8wQyA6Gj4+qJ7d9y+rRzPlJbC1hY1NXjwADY2fNcnXg8fPrS3t5dKpfn5+R07duS7nBYT3qs7gCFD4OiIu3eRkKBsMTfHG29ALmfjGX5ZW1v7+vpWVVUdO3aM71paQ5Bxl0jg7w80HL0EBDRuYfgQEBAA4FfdPFAmyMEMgN9/x9ChcHLC7dvKlpIS2NpCocCDB7C25rU4UcvLy3NwcDA0NMzPzzc3N+e7nJYR5Ks7AF9f2Nnhzh0kJipbLCwwfDhqaxEezmtlYtelS5chQ4ZUVlYeP36c71paTKhxNzBQjmfqv2kGBEAqfRgdzVdRDIc7PqOL4xmhDmYAnD+P4cPxl78gPZ1rqCoqGtSv342iory8PB09zaEfcnJyXnnlFWNj44KCgg4dOvBdTgsI9dUdgJ8f7O2LzMzuJSdzDe07d7bu27e6ujqcjWd41bVr10GDBlVUVERGRvJdS8sIOO5S6WJ/f6s//tj9yy91bbp+mkNv6OgfQsCDGeDMmTMjRoxwdnZOS0vjWrhpG7p7mkNvZGdnd+vWzcTE5OHDh6ampnyX87IE/OoO/PWvf7W2tk5PT79x4wbXYmVl9frrr1dVVenutA394Ojo6OXlVVFRcfLkSb5raQFBx10qlY4fPx7AL/XGMzp9mkOf6OIfQtCDGQAnTpwYOXJkv379kpKSuJb8/PyuXbvq6GkOfXL37t0ePXqYmZkVFBQY68gFloJ+dQfwxhtvdOrU6fr163XDd1tbWx8fHx09zaFPunfv7u7uXlZWdurUKb5reVlCj7uhoSE3nqn/pqmjhwX0j86NZ4Q+mAEQERExZswYNze3xGcTCnT3NIeeuX37ds+ePS0sLPLz842MjPgup3lCf3UH8Oabb1paWl69ejX92enVutMcbDzDrx49eri5uZWUlJw5c4bvWl6KDsTd0NBw7NixAH777be8vLy4uLgpU6b07dt37dq1b7zxBt/ViZ1uDSx1YDADIDw8fPz48UOHDi0tLc3Kyip+tmqkVCp1dnb2eMbT01NXDhHojYyMDGdnZ10Zz+hG3CsrK8+dO7d58+ZTp05169Zt0aJFaWlpcXFx169fr6mpqbuZsbGxm5ubl5fX64MGBbq7w9lZee0fo0m9e/dOT0+fNm3a5MmTvb29bYR8dSVvK9y0hEKhmDFjBgBra+uMjIy69urq6uTk5B9++GH69OkuLi4GBsqx2SxXVwJIJiMfHwoKotBQSk5+/l3X1tKKFdS9O7VvT46O9MUXVFVFZWXUpQsVF6tuNncubd2q4Uepk7Kzs62srOzqLYhiZ2c3ZsyY5cuXh4eHFxUV8V1gA7oR988//xyATCZLSEh4wc24z0xr1qw5ERREDg4ENPiys6Nx42jVKjpxgur+DJ9+Sv3707VrpFBQaip5edHMmfT4MQFUWKi664AAWrdOkw9RJxUWFvbu3RuAm5vbZ599NmzYMJlMVv/F1MDAwMXFZcaMGVu3br1y5UplpYLfgnUg7tu2bQNgaGh44sSJlv1mTg4dPkxffklvvkmWlo3T7+dHZWXUvj1duaL6ldRUkkopI4PFvVkVFRU+Pj4A+vbt++jRo7r2zMzM0NDQoKAgHx+f+h+lbGz6t2tHLi40fTqFhFB8PNXWPv+e/fxozhzVtwsW0O7dtHJlg79ASgp5era4ZiGtAPw8YWFhCxYskEgkO3fu5NYobAF7e4wfj/Hjld8+eICEBCQkIDoaly/Dygq3bkEigZeX6ld694aVFTIyuL5hZqZsv3cPnp5tfzh6Qy6XT5s2LTo62sHB4fjx4xYWFnU/6tGjR48ePbiFgqurq69evRoXFxcXF1da6nXkCG7cwI0b+Pe/AUAmg4cHvLzg5aVcTYtz7x4SEhAQAO4PXlCAx4+Rnw8TE1UBlZW4davFZQs67hcvXpwxY4ZCoVi/fj03dm8Te3vY22PsWACorUVJCVJSYGbW+OOsuTkePwaAhATVWttFRW3tXb8sWrTo0KFDnTp1OnXqlKOj45/dzMjIyNvb29vbm/u2rAwJCYiLQ2ws4uKQlYULF3DhgvLGNjbw8sK6dQCweDEWLEBSUoOIt51w456SkuLv719ZWTlv3ry///3var73du1gZQUnJxQVoawMdSPOmhrcv6/cL2T9enTurGwPDFRzAbosODh469atJiYmR44c6dOnz8v/okyGYcMwbJjy25ISJCcjOhqXLiE2FgUFiIjA5s0AMGYMYmOxdi2Cg1W/npmJI0eU/65boaJFBBr3nJycUaNGPXr0aNy4cVu2bNFUN46O6N0b27ej7un044+wsoKzs6Z61H379u1bsWKFVCrdt2+fr69vW+7KwgK+vvD1xdKlAHDnDuLj0aOH8qfffQdPT7z3nur2GRmqK/Vbt2GXEOP++PHjUaNG3bt3z8/P78CBA1KpVFM9SSTYvRujRiElBe7uSEnBgQM4dKjxdmjMM8ePH581axYRbdq0aQK3lKf6ODk12IarVy988gk++0z1AWrkSHzzjfLff/yBVpxSF9wkgsrKyrFjxyYlJbm6uh4+fFjjZ0kHD0ZaGry9kZuLvn1x4wbeeAMmJvjuO9SffDZ7NkaM0GwlghcXFzd58uTa2tqvvvpq4cKFWuhx2TKkpUGdK620+FiOJsnlcm5OadeuXbOysvguh1G5deuWra0tgGnTpikUmj183r07xcYq/x0ZSQBt3Ejz59PixarbJCSQhQUR0fr1NGkSTZxI2dnN37Ow4h4UFASgY8eO165d47sWRqWgoKBXr14ARo0aVVNTo+nutm+nBw9U3+7YQbGxdOIEnTmjaszNpW+/JYWCTp8mIvrtN1q1qvl7FlDcV69eDcDIyOhM/YfF8K20tNTd3R2Ap6dnWVkZ3+U838aNtGdP8zcTStx//vlniURiYGDwyy+/8F0L3+LiyMOjQcuwYXTuHBFRRga98w516kQyGfn60vnzmq6lurqaO7vXs2fPvLw8TXfXOomJNHo0VVc3f8vm4/7dd99NmTLl22+//f333588eaKG6po4e/YsN3c0JCREE/evYy5dIju7Bi29e1NEBBUWkr09ffEFFRdTeTn9+CN16KAa5GqAQqGYOXMmmszME5SDB+m996i09KVu3Hzc33777brPtVKp1MXFZfr06SEhIVFRUZWVlW0tlig+Pt7MzAzAsmXL2n5v+uDP4r5pE3l5NWifP5+mTNFcIdzZPVNT05iYGM310hbl5TRpEgUGUmAgbdnS/O2bj3tKSsquXbv+9re/DRw40NDQsP5RHWNj48GDBwcFBf373/9OS0trxQf2zMxM7vP+1KlTNf15X2dcukQWFrR/v+rL3p4iImjOHFqypMEtDxygvn01VEXdzLzIyEgNdaF9zZ9PcXFxcXFxmT17NoCampqMjIzo6OhLly4lJCSkpaXFxMTExMRwt5TJZP3796+7tsjV1fXF91xYWDhy5Mj8/Pzhw4f/9NNPEnYpRp3qaly8qPq2ogIAHj+Gg0ODm5mbo6QECgXefx/9+8PLCx4eUMfaO+Hh4QsXLpRIJDt27Kj/9q7z2vJcKS0tjYqKCgkJ4a6uaHTP9af5FxQUNPrd8vLywYMHA/Dw8BDs531+/Nlg5vPPaebMBu3bt5OfH6WmNpjY3KOHcoptVBRVVLSi/4sXL3Jn99auXduGhyFE6jwy8+DBg/Dw8OXLl48ZM8a6yX4ydek/ffp0aWkpt3qMk5NTbm6uGmvQB38W95Mnydyc8vOVjdXV5OFBq1ZRcTHt2UMff0xeXmRk1CD6Rkbk5UXz59NPP91MSZHL5c12npyczK2d/9FHH2ngsfFMU9eqEtGtW7fi4uJiY2Pj4uISExOfPn1a91OpVCqXy62traOjo7nzF4xKdDQCA/HggaqlTx98+y1GjcLf/oaTJzFnDkxMEBYGQ0OcPt1gjmxtLdLTVdP6ExOhUAAgc3OjJ0+MTU0HDBhQN9p0cXFpNIDMyckZMmTIvXv3xo0bd+jQIQ3OVuKJli7NlsvlaWlpCc9cuXJFKpWuXLlyKTcXjqkvNxcREZgzR9Wydy/8/NC9OwCcP4/z51FTA3d3+Ps3M5vt2QTzgrt3vSMisrKy6v/QxsbGqx4jIyM/P7+kpCQ/P7+TJ0/q5ZoO/KxEsG7dumXLlr377rv79+/Xfu+iVVBQwF1YxL3lFhYW1v+publ5aWmpq6trVFSUvu4FxE/cucXwO3ToUFBQYKLe61WYl/bgwYO699vo6GiFQlFVVRUfH9/sITUdxteHBi8vLwCHDx/mqwCmvtraWu5ajdDQ0Prt6enpp7lJWHqBt/nuurXYmt6TSqXvvfceGi7ne/XqVWdn59mzZ5MurL31MnhbRezOnTs9evSQyWQ6tBi+fuP2iWjXrl1BQQG3TwQROTk5ZWVl/fe//33ttdf4LlANeHt1d3JyGjhwYFlZma4sHqv3bG1tuX2vjh07xrVIJBLuCj0dWsH9xfi8eI+7cEkHxjNPnnBHr/Ve0xEm18LNyuatLDXi8XNDRkYGAAsLi6qqKh7LeJFNm8jeniwtycSExo1TXh/Wp49y9jlnwwaaPp2vAtUrNzfXwMDA2Ni49NmEWoVCwS0jExcXx29tasHnq3uvXr369+9fUlJy9uxZHsv4U99/j40bER6O4mIUFsLGBm++iZoaVFVBLlfdrLYW1dX8ValOXbp0GTJkSP19ryQSyTvvvAN9Gc/wvBKBoDf32bwZwcHw8AAAU1Ns2YJHj6A72261TtO/CNcSFhbGW03qw/OCKgEBgZGR1+/eHV9bK7DFXWpqcOsWBg9WtRgbw90dqakAcPiw8h8AYmKgO9tGNysgIODTTz+NiIgoLy/n9r3y9fV1dOzZufO0pKQn/fubNXsPQsbzq3ufPr1LS8POnh17/jy/hTRRWYna2sYrFHbogCdPAKCkBAUFyi+uRV/U7XsVGRnJtRgYGIwfnxEXtyIsTLezDt7jDiAgAAAEd3hGJoO1NTIzGzTeuoWePQFg5kysWqX8avVyS9xFG8IzadL7r7229vLlgXUt/v4GAOptXa6r+I/7xIkAcOgQamv5LqWR0aOxebPqEOS5c0hLw//8T1vvtqoKn3wCS0s4OsLCAgsW4OlTFBfD1BRlZaqbTZ6MrVvb2lerTJz4UWzsFzt39qybsj10KGxskJGB69d5qUht+I97v37o0weFhfj9d75LaWT9ety5A19fLF+OuXPh748ffkC9XVlaaf58xMfj+nUUFeHGDVy7hg8/BBGePkX9Y9tVVai37ZQ2OTrC0xNPnuDkSWWLVAp/f0CAb8ItxH/c8ewFXkD/leXlAGBjg/h4fPEFzMzg6Ynr1zF9OgBs3Ii+fVU3HjcOCxa87D0/eoTQUOzcqbzq1N4eu3Zh/340nIvLu6YjTO5vdOAAP/WoDd8H/omIEhMJIFvbP929RKt27KDu3Sk1VSN3/t//krl548bOnenYMQLo669pyxblV//+tHGjRmp4Cbdvk0RCMhk9fapsqakha2sCKCWFr6LUQBCv7m5ucHZGfj4uXeK7lPBwzJuHu3fxbHkFNSsvf85Ry7oDPvn5yM1VflVWaqSAl+PkhIEDUVaG06eVLe3aKXf9EdCbcMsJIu6AcmjI8+mm2FhMnQq5HCtWYNYsjXTh5NT42OXTp3jwQLmw+VdfYfVq5VdLdsXQBG48U/8vEhAAB4cGy4DrHr7fXpTi4wmgLl3oJS6W14ybN8nGhoAGm76pnUJBLi4NFqtdt46cnamggAB6/FjVPn48j4MZIuXugxYWVDehSS4nXV/5SihnMj080LMnMjMREwMfH613n5uLESNQUIDRo7F9uwY7kkgQGoqRI/HHH3Bzw/XruHABEREwEMrbbJ1evTBgAK5dw9mzGDkSgABrbDEBPYIJEyCTNT6xow1lZRg9GnfvwtsbBw5ofDKDpydu3sQ776B9e4wdi4wMeHtDJkNoaIOTuIsWge/luwR3xKzNeLuaqal79yCToe4S+IoKSCRq3mfwOWpqMGYMTp3Cq68iOho2Nhrur6GYGOzejQkTMGqUVvt9Oenp6N0blpbIy4OREd/VqIOAXt3HjcOgQaoDEosWYf16DXdJhDlzcOoUrK0RGantrAO4fBm7dys31RUeZ2e4uqKqSjUdTtcJKO4Anj7F119rr7uV//hHQWoqzM1x8iRefVV7HdeZNAkSCY4dQ70l1gQlLAwPH2LAAL7rUBNhxf2rr7BxY2s2/26FkJCQFevW9UpJKTpyBAMHNv8LmtD0fL2QFBfD1RVffaVq6dVLtcm1LhJW3J2csGABPv5Y1aKhTxYHDhxYvHixRCLZsn1757pdnHnR9Pi2wOzfj6tX+S5CTYQVdwD/+Adu3lTNNQ0Jgb09xo7FihU4erSVeyU3cuHChRkzZigUig0bNrz//vtquMe2CAyERIIjR/g9jfoCX36Jjz7Sk2vTBRd3ExNs3ozPP1eOZq9dQ24ujh3DypUYNw7W1nB1xcyZ+L//Q1xca64RTU5O9vf3r6qqmj9//pIlS9Ref4s1PV8vMHPnoqoKO3bwXYda8H2eS2XAAKpbnm3cODI1peXLSS6n5GT66SeaP//5y5d7e9PChbV79uxJeYn1y7Ozs7nr6idNmvQyi51ryerVBNCMGXzX0VhREQFUU0PR0dSpE+Xn06uvamG3Pw0SaNyzsqhDB1q+vPFtamooOZlCQykoiDw8yMCAAOrTp5x76pqZmfn4+AQFBYWGhiYnJzfa7KmoqKhPnz4Ahg4dqpZN1NSm6fl6YaiLOxHNnk0ffsjirj4xMVRUpPo2MZEyM5v5lceP6dw52rYtc+LEia+88kqjNy5bW9sxY8asXLny+PHj2dnZ3JKfrq6uxcXFGn0grTFgAAF0/DjfdTRQP+4PH5KNDZmZsbgLRl5e3tGjR//1r3+9/fbbnTt3bjpyc3R0vH//Pt9lPk9wMAH0wQd819FA/bgT0Q8/EMDirhW7dtHFi9SiPctycnLq9ooyMTFp167d5s2bNVZg29y4Ie/UKentt6tfZu9nzbt2jRYsoPJyCgtTzYKUy+ngQWqyqZwu0Y24l5Yqh+lSKbm4qDaWq7vWplkbNmwAMHXqVE2W2SYD+/cHcPLkSb4Lobt3yd6eANqwge9S1E034p6XRx99RO7uZGjY4MiMsTEFBDxcuHDh3r17U1NTX3Cw5c6dOxKJRCaTVbRq70UtWL58OYC5c+fyW0ZhIfXpQwANHUqC+jyvFroR9zrV1cojMx9+SC4uZGBAQ4fG1Q3NZTJZ/SMzjX7X09MTAt4v5Pr16wCsrKxq6gbLWldRQb6+BFDfviTAz/Ntp2Nxb6SkhC5cuLFmzRp/f3+HRjtKP1umuc7atWsBTBfwar3ccdIzZ87w0nttLU2YQAA5ONC9e7yUoHG6HfdGGu1jnNnwQGZmZiYAc3Pzpy8/5Neuf/7znwDmzZvHS+8LFxJAHTtSUhIv/WuDXsW9EUWTKysHDhwI4NixY7zU06yrV69ypwtqtb4CCXcg1NiYoqK03LNWCW7OjBo12hIagt//bMCAAc7Ozvn5+VFRUdrsd98+LF8OAwPs2wdfX232rG36HPemAgMDARw+fLhaqBsQaH8vpJMny2bNAhG2blVenKrP+H570bb+/fsDiIyM5LuQ50tISADQpUsX7cxgi42N7dSp0+DB/++f/9RCb/wT16s7BD+ecXd379mzZ15e3uXLlzXd182bN0ePHl1cXNynz+ngYE33Jgx8P9+0LS0tDUDnzp15PLz9Yh988AGAbt26LVq0aP/+/Tdv3tRELwUFBb169QIwcuRIwf5XqJ2AFt7QGldX1xs3bpw6dWpEq3ci0Jjs7OzXXnutpKTkab2Ltc3Nzfv16+fh4eHh4fH66687cSvstUFZWdmwYcP++OMPT0/P8+fPm5np/LYcL4vv5xsPuNP1H374Id+FNFZSUsJ9tBgyZEh4ePiqVavGjRvXpUuXRn8yBwcHf3//NWvWnDlzpqSkpKW9VFdXv/XWWwC4UZMmHohgiTHuSUlJ4Pt0fVNPnz59/fXXAbi4uDSakV9/amfTic12dnaBgYEhISFRUVHNzghSKBQzZ84EYG1tnZ6erskHJERijDsR9e7dG8DZs2f5LkRJLpdz+zl27do1KyvrxTfOyckJCwsLCgry8fExabjMWrt27VxcXKZPn86lv+n+zEuXLgVgamoaExOjsUcjXCKN+5dffglg/vz5fBeiFBQUBKBjx45Xr15t0S/W1NQkJyeHhoZy6TdquLZdhw4d6s+Z27ZtGwBDQ0PBHofVNJHGPTExETydrm9qzZo1AIyMjBpNDms6CaJZZWVlFy9e/OabbyZPntz0E62xsbFEItmzZ4/6atcxIo07ETk7OwO4cOECv2X8/PPPEonEwMCg0fzN1atXT5s2rY0XN5WUlERFRYWEhAQGBlpaWspkMjc3t7bVq9vEG/cvvvgCwMKFC3ms4ezZs9zwIyQkpH77nj17uOfAefVdGZqbm2tgYGBqalrWoisg9Yt44x4fHw8tnq5/XgE0bFiWsbHF0qVL67efOXPmuc+BtvPx8QFw4MAB9d6tDhFv3ImoZ8+eAC5duqT9rm/dIltbAujTT/Prj9Hj4+O5kz7Lli1Te6ebNm0CMGnSJLXfs64Qddw///xzAIsWLdJyvw8fkrMzATR8eIOVlDIzM21tbQFMnTq1FZ9Tm5WdnS2RSExNTZ88eaL2O9cJoo77lStXuJOUmsjWnykvp8GDCSAPjwbriDx8+PAvf/kLgOHDhzc9Xq4ugwYNAvDrr79q6P4FTnQzIuvz8vLq1q3b/fv3udxrgVyOqVMREwMnJxw7hrq5KhUVePfdjiYmb3l4eBw5csRIY1vDCHxCqMbx/Xzj2WeffQZg8eLFWuhLoaAPPiCArKwoLU3VXl1NI0dyi10q8vIearQGbgESMzMzwS5AolFij3t0dDQAR0dHLYxnvvySADI1pcuXVY0KBc2a9ZzngOZ4eXlBwAuQaJTY465QKCwtLdu3b9+vX78/WzpYLbgFFqVSahSzZcue8xzQqHXr1gGYNm2alvoTErHH/euvvwYgk8nqD/DMzc3rpprcvn277b38/jtJpSSR0K5dDdq///75zwGNun37NveQBbsAieaIOu7/+c9/DAwMJBLJ9u3bIyMjg4ODx44d+2fzyzdu/OHMGWp2erlcTpmZVP9AX3Y2lZbS3LkNtoYnovBw5XNg9271P7QX4xYgOXr0qLY75pt4437u3Ln27dsD2LhxY6MfPXd++eDBgdzClHZ2NGYMrVtHUVHU9PNeWRkBFBioanFxoVOnqOn46OBBMjZu/BzQjtWrVwOYIbz9QjRNpHFPSkqysLAAsGTJkhffUi6Xp6am7t27Nzj4zKBBZGzcYE1WQ0Nyd6ePPqLduykpiWprlXHv0YMiIpT3wMX9ufi6viIjIwOAhYWF5g7wC5MY43779m07OzsAU6ZMaemEmepqio+n7dtp1izq25ek0gbpNzOj27cJoAMHyMmJysuJXhh3HnFXCR4X2H4hmia6uBcWFnKXMg0bNqztOzQ9eUJRURQSQtOnk4sL2dkpX90rKmjkSOKmvQgz7sHBwQBmz57NdyFaJa64V1RUDBkyBEC/fv0ePXqk9vsvK1PF/eZNMjen1FSBxp1bgMTS0lJU4xkRTSKQy+Xvvffe5cuXHRwcjh8/zo3d1av+AhavvorPPoMQdm59LmdnZ1dX10ePHl3Q6V3fW0hEcf/kk09+++23zp07nz59uuli8JqwdCnS05GZqYWuWoO7GFyb61Hyj++3Fy3h1pYxMTHR9Oz2usEM5+RJAoQ4mCFh7BeiZaKI+86dOwFIpdJDhw5pui+5nOLjqf7xnqtX6fFjTXfbSvzuF6J9+j+YiYiImDdvHoCQkBB/f39Nd2dgAA8PGNT7fx0wAObmmu62lbj5wCIaz/D9fNOsK1eudOjQAcDyphvOM7zuF8ILfY77zZs3bWxsAMyZM4fvWoRLIAuQaIfeDmZyc3NHjBhRUFAwevTo7du3812OcHH7hYjk+ib9XPC6rKxs6NChiYmJXl5e58+f58YzzHMlJCR4enp26dIlJyfHwEBvX/44evjwampqAgICEhMTe/bseezYMZb1F/Pw8NDafiG807e4E9GcOXNOnTplbW0dGRnJjd2ZF5swYYKBgQG3zpR+07fBzJIlS7799luZTHbhwgV3d3e+y9ENubm5RGRvb893IRqnV3Hftm3bxx9/bGhoePToUW6DCoapT38GM2FhYQsXLpRIJDt37mRZZ56rHd8FqM3+/fsVCsWGDRtmzJjBdy2MQOnPYKampubgwYPvvvsu34UwwqU/cWeYZunP2J1hmsXizogIizsjIizujIiwuDMiwuLOiAiLOyMiLO6MiLC4MyLC4s6ICIs7IyIs7oyIsLgzIsLizogIizsjIizujIiwuDMiwuLOiAiLOyMiLO6MiLC4MyLC4s6ICIs7IyIs7oyIsLgzIsLizogIizsjIizujIiwuDMiwuLOiAiLOyMiLO6MiLC4MyLC4s6ICIs7IyIs7oyIsLgzIsLizogIizsjIizujIiwuDMiwuLOiAiLOyMiLO6MiLC4MyLC4s6ICIs7IyIs7oyIsLgzIsLizogIizsjIizujIiwuDMiwuLOiMj/B7J1uU2skz0SAAAAAElFTkSuQmCC)
Find more compounds similar to 4-Imidazolidinone, 5-methyl-2-thioxo-.
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