- InChI
- InChI=1S/C22H29FO5/c1-12-8-16-15-5-4-13-9-14(25)6-7-19(13,2)21(15,23)17(26)10-20(16,3)22(12,28)18(27)11-24/h6-7,9,12,15-17,24,26,28H,4-5,8,10-11H2,1-3H3/t12-,15?,16?,17+,19?,20?,21-,22?/m0/s1
- InChI Key
- UREBDLICKHMUKA-GCMAGEFQSA-N
- Formula
- C22H29FO5
- SMILES
-
CC1CC2C3CCC4=CC(=O)C=CC4(C)C3(
F)C(O)CC2(C)C1(O)C(=O)CO - Molecular Weight1
- 392.46
- CAS
- 50-02-2
- Other Names
-
- (11.beta.,16.alpha.)-9-fluoro-11,17,21-trihydroxy-16-methylpregna-1.4-diene-3,20-dione
- (8S,9R,10S,11S,13S,14S,16R,17R)-9-fluoro-11,17-dihydroxy-17-(2-hydroxyacetyl)-10,13,16-trimethyl-6,7,8,9,10,11,12,13,14,15,16,17-dodecahydro-3H-cyclopenta[a]phenanthren-3-one
- 1-dehydro-16.alpha.-methyl-9.alpha.-fluorohydrocortisone
- 16.alpha.-methyl-9.alpha.-fluoro-1,4-pregnadiene-11.beta.,17.alpha.,21-triol-3,20-dione
- 9-fluoro-11.beta.,17,21-trihydroxy-16.alpha.-methylpregna-1,4-diene-3,20-dione
- 9.alpha.-fluoro-16.alpha.-methylprednisolone
- Pregna-1,4-diene-3,20-dione, 9-fluoro-11,17,21-trihydroxy-16-methyl-, (11«beta»,16«alpha»)-
- Pregna-1,4-diene-3,20-dione, 9-fluoro-11,17,21-trihydroxy-16-methyl-, (11«beta»,16«alpha»)-
- decacortin
- dexacortal
- «delta»
- «delta»
- ω : Acentric Factor.
- 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).
- ΔfusH : Enthalpy of fusion at a given temperature (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).
- Inp : Non-polar retention indices.
- 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 | 0.8334 | Relay (1.0) Calculated Property | |
| ΔfG° | -542.43 | kJ/mol | Joback Calculated Property |
| ΔfH°gas | -934.53 | kJ/mol | Relay (1.0) Calculated Property |
| ΔfusH° | 32.38 | kJ/mol | Joback Calculated Property |
| ΔvapH° | 161.69 | kJ/mol | Relay (1.0) Calculated Property |
| IE | 8.56 | eV | Relay (1.0) Calculated Property |
| log10WS | [-3.68; -3.59] |
|
|
| log10WS | -3.59 | Estimated Solubility | |
| log10WS | -3.68 | Aq. Solubility Prediction | |
| logPoct/wat | 1.896 | Crippen Calculated Property | |
| McVol | 291.320 | ml/mol | McGowan Calculated Property |
| Pc | 1973.55 | kPa | Joback Calculated Property |
| Inp | 2970.00 | NIST | |
| Tboil | 677.31 | K | Relay (1.0) Calculated Property |
| Tc | 1031.66 | K | Relay (1.0) Calculated Property |
| Tfus | 535.65 | K | Aq. Solubility Prediction |
| Vc | 1.019 | m3/kmol | Relay (1.0) Calculated Property |
Temperature Dependent Properties
| Property | Value | Unit | Temperature (K) | Source |
|---|---|---|---|---|
| Cp,gas | [1266.64; 1708.64] | J/mol×K | [1134.15; 1389.42] |
|
| Cp,gas | 1266.64 | J/mol×K | 1134.15 | Joback Calculated Property |
| Cp,gas | 1322.47 | J/mol×K | 1176.69 | Joback Calculated Property |
| Cp,gas | 1384.52 | J/mol×K | 1219.24 | Joback Calculated Property |
| Cp,gas | 1453.49 | J/mol×K | 1261.78 | Joback Calculated Property |
| Cp,gas | 1530.04 | J/mol×K | 1304.33 | Joback Calculated Property |
| Cp,gas | 1614.86 | J/mol×K | 1346.87 | Joback Calculated Property |
| Cp,gas | 1708.64 | J/mol×K | 1389.42 | Joback Calculated Property |
| ΔfusH | 42.02 | kJ/mol | 539.00 | NIST |
Similar Compounds
![9-fluoro-11,17-dihydroxy-17-(2-hydroxyacetyl)-10,13-dimethyl-1,2,6,7,8,11,12,14,15,16-decahydrocyclopenta[a]phenanthren-3-one.](data:image/png;base64,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)
Find more compounds similar to Dexamethasone.
Mixtures
Sources
- Cheméo Relay (1.0)
- Crippen Method
- Solubility of Dexamethasone in Supercritical Carbon Dioxide
- Solubility of Dexamethasone in Supercritical Carbon Dioxide with and without a Cosolvent
- Joback Method
- Aqueous Solubility Prediction Method
- Estimated Solubility Method
- McGowan Method
- NIST Webbook
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