- InChI
- InChI=1S/C5H6N2OS/c1-3-2-4(8)7-5(9)6-3/h2H,1H3,(H2,6,7,8,9)
- InChI Key
- HWGBHCRJGXAGEU-UHFFFAOYSA-N
- Formula
- C5H6N2OS
- SMILES
- Cc1cc(O)nc(S)n1
- Molecular Weight1
- 142.18
- CAS
- 56-04-2
- Other Names
-
- 2,3-Dihydro-6-methyl-2-thioxo-4(1H)-pyrimidinone
- 2-Mercapto-4-hydroxy-6-methylpyrimidine
- 2-Mercapto-6-methyl-4-pyrimidinol
- 2-Mercapto-6-methyl-4-pyrimidone
- 2-Mercapto-6-methylpyrimid-4-one
- 2-Thio-4-oxo-6-methyl-1,3-pyrimidine
- 2-Thio-6-methyl-1,3-pyrimidin-4-one
- 2-Thio-6-methyluracil
- 2-Thiouracil, 6-methyl-
- 4(1H)-Pyrimidinone, 2,3-dihydro-6-methyl-2-thioxo-
- 4-Hydroxy-2-mercapto-6-methylpyrimidine
- 4-Hydroxy-6-methyl-2-thiopyrimidine
- 4-Methyl-2-thiouracil
- 6-Methyl-2-mercaptouracil
- 6-Methyl-2-thio-2,4(1H,3H)-pyrimidinedione
- 6-Methyl-2-thiouracil
- 6-Methyl-2-thiouracyl
- 6-Methyl-4-oxo-2-thioxo-1,2,3,4-tetrahydropyrimidine
- 6-Methylthiouracil
- 6-Metil-tiouracile
- 6-Thio-4-methyluracil
- Alkiron
- Basecil
- Basethyrin
- MTU
- Metacil
- Methacil
- Methiacil
- Methicil
- Methiocil
- Metiur
- Muracil
- Muracin
- NSC 193526
- NSC 9378
- Orcanon
- Prostrumyl
- RCRA Waste number U164
- Strumacil
- Thimecil
- Thiomecil
- Thiomidil
- Thioryl
- Thiothymin
- Thiothyron
- Thiuryl
- Thyreonorm
- Thyreostat
- Thyreostat I
- Thyril
- Tiomeracil
- Tiorale M
- Tiotiron
- USAF EK-6454
- Uracil, 6-methyl-2-thio-
- antiBason
- ω : Acentric Factor.
- ΔfG° : Standard Gibbs free energy of formation (kJ/mol).
- ΔfH°gas : Enthalpy of formation at standard conditions (kJ/mol).
- ΔvapH° : Enthalpy of vaporization at standard conditions (kJ/mol).
- IE : Ionization energy (eV).
- 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).
- Psub : Sublimation 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 |
|---|---|---|---|
| ω | 0.5384 | Relay (... Calculated Property | |
| ΔfG° | 76.73 | kJ/mol | Relay (... Calculated Property ⚠️ |
| ΔfH°gas | -80.03 | kJ/mol | Relay (... Calculated Property |
| ΔvapH° | 115.19 | kJ/mol | Relay (... Calculated Property |
| IE | 8.24 | eV | Relay (... Calculated Property |
| log10WS | -1.92 | Relay (... Calculated Property | |
| logPoct/wat | 0.779 | Crippen Calculated Property | |
| McVol | 99.730 | ml/mol | McGowan Calculated Property |
| Pc | 6119.05 | kPa | Relay (... Calculated Property ⚠️ |
| Tboil | 525.27 | K | Relay (... Calculated Property |
| Tc | 806.35 | K | Relay (... Calculated Property |
| Tfus | 526.51 | K | Relay (... Calculated Property |
| Vc | 0.334 | m3/kmol | Relay (... Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Psub | [9.78e-05; 9.52e-04] | kPa | [421.16; 447.24] | 
|
| Psub | 9.78e-05 | kPa | 421.16 | Experim... |
| Psub | 1.06e-04 | kPa | 421.16 | Experim... |
| Psub | 1.20e-04 | kPa | 423.15 | Experim... |
| Psub | 1.24e-04 | kPa | 423.15 | Experim... |
| Psub | 1.24e-04 | kPa | 423.15 | Experim... |
| Psub | 1.41e-04 | kPa | 425.17 | Experim... |
| Psub | 1.36e-04 | kPa | 425.17 | Experim... |
| Psub | 1.45e-04 | kPa | 425.17 | Experim... |
| Psub | 1.71e-04 | kPa | 427.16 | Experim... |
| Psub | 1.82e-04 | kPa | 427.16 | Experim... |
| Psub | 1.62e-04 | kPa | 427.16 | Experim... |
| Psub | 2.00e-04 | kPa | 429.17 | Experim... |
| Psub | 2.15e-04 | kPa | 429.17 | Experim... |
| Psub | 2.14e-04 | kPa | 429.17 | Experim... |
| Psub | 2.47e-04 | kPa | 431.16 | Experim... |
| Psub | 2.30e-04 | kPa | 431.16 | Experim... |
| Psub | 2.53e-04 | kPa | 431.19 | Experim... |
| Psub | 2.47e-04 | kPa | 431.19 | Experim... |
| Psub | 2.43e-04 | kPa | 431.19 | Experim... |
| Psub | 2.89e-04 | kPa | 433.20 | Experim... |
| Psub | 2.71e-04 | kPa | 433.20 | Experim... |
| Psub | 2.91e-04 | kPa | 433.20 | Experim... |
| Psub | 3.33e-04 | kPa | 435.22 | Experim... |
| Psub | 3.42e-04 | kPa | 435.22 | Experim... |
| Psub | 3.42e-04 | kPa | 435.22 | Experim... |
| Psub | 4.05e-04 | kPa | 437.17 | Experim... |
| Psub | 3.85e-04 | kPa | 437.17 | Experim... |
| Psub | 3.98e-04 | kPa | 437.17 | Experim... |
| Psub | 4.18e-04 | kPa | 437.17 | Experim... |
| Psub | 4.05e-04 | kPa | 437.17 | Experim... |
| Psub | 5.28e-04 | kPa | 439.20 | Experim... |
| Psub | 4.97e-04 | kPa | 439.20 | Experim... |
| Psub | 4.80e-04 | kPa | 439.20 | Experim... |
| Psub | 4.78e-04 | kPa | 439.22 | Experim... |
| Psub | 4.52e-04 | kPa | 439.22 | Experim... |
| Psub | 4.69e-04 | kPa | 439.22 | Experim... |
| Psub | 5.73e-04 | kPa | 441.23 | Experim... |
| Psub | 5.43e-04 | kPa | 441.23 | Experim... |
| Psub | 5.89e-04 | kPa | 441.23 | Experim... |
| Psub | 5.64e-04 | kPa | 441.23 | Experim... |
| Psub | 5.62e-04 | kPa | 441.23 | Experim... |
| Psub | 6.45e-04 | kPa | 443.16 | Experim... |
| Psub | 6.92e-04 | kPa | 443.16 | Experim... |
| Psub | 6.89e-04 | kPa | 443.17 | Experim... |
| Psub | 6.57e-04 | kPa | 443.17 | Experim... |
| Psub | 7.79e-04 | kPa | 445.20 | Experim... |
| Psub | 7.98e-04 | kPa | 445.20 | Experim... |
| Psub | 8.06e-04 | kPa | 445.21 | Experim... |
| Psub | 8.13e-04 | kPa | 445.21 | Experim... |
| Psub | 7.57e-04 | kPa | 445.21 | Experim... |
| Psub | 9.41e-04 | kPa | 447.24 | Experim... |
| Psub | 9.49e-04 | kPa | 447.24 | Experim... |
| Psub | 9.09e-04 | kPa | 447.24 | Experim... |
| Psub | 9.50e-04 | kPa | 447.24 | Experim... |
| Psub | 9.52e-04 | kPa | 447.24 | Experim... |
| Psub | 9.23e-04 | kPa | 447.24 | Experim... |
Similar Compounds
![[1,2,4]Triazolo[1,5-a]pyrimidin-7-ol, 5-methyl-.](data:image/png;base64,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)
Find more compounds similar to Methylthiouracil.
Mixtures
- Methylthiouracil + Methyl Alcohol + Water
- Methylthiouracil + 2-Pyrrolidinone, 1-methyl- + Water
- Methylthiouracil + Formamide, N,N-dimethyl- + Water
- Methylthiouracil + Dimethyl Sulfoxide + Water
- Methylthiouracil + Water
- Methylthiouracil + Methyl Alcohol
- Methylthiouracil + 2-Pyrrolidinone, 1-methyl-
- Methylthiouracil + Formamide, N,N-dimethyl-
- Methylthiouracil + Dimethyl Sulfoxide
Sources
- Cheméo Relay (1.0)
- Cheméo Relay (1.0, beta) ⚠️ Beta: served but experimental, data-limited and below our cross-validation release bar; the Joback value is recommended where available.
- Crippen Method
- Crippen Method
- Experimental study on the thermochemistry of 2-thiouracil, 5-methyl-2-thiouracil and 6-methyl-2-thiouracil
- Equilibrium solubility, dissolution thermodynamics and preferential solvation of 6-methyl-2-thiouracil in aqueous co-solvent mixtures of methanol, N-methyl-2-pyrrolidone, N,N-dimethyl formamide and dimethylsulfoxide
- McGowan Method
- NIST Webbook
Note: Cheméo is only indexing the data, follow the source links to retrieve the latest data. The source is also providing more information like the publication year, authors and more. Take the time to validate and double check the source of the data.