Differences

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--- propertieschemaxon [2012/10/14 11:25] – rkiss
+++ propertieschemaxon [2012/11/07 16:09] – rkiss
@@ Line 1: / Line 1: @@
 ====== ChemAxon properties ======
-[[http://www.chemaxon.com|ChemAxon’s]] widely used [[https://www.chemaxon.com/products/calculator-plugins|Calculator Plugins]] have been developed and optimized for many years and the calculated physicochemical properties show good correlation with experimental results.
-To get access to ChemAxon properties, [[subscriptionpackages|subscribe]] to ChemAxon Properties Access. Note that the Access package option is free for academic users.
-You can find more information about ChemAxon Calculator Plugins **[[http://www.chemaxon.com/marvin/help/calculations/calculator-plugins.html|here]]**
 **logP:** Logarithm of the octanol/water partition coefficient
@@ Line 81: / Line 75: @@
 **Aromatic 8-membered rings:** Number of aromatic 8-membered rings
-**ASA (at pH=7.4):** Total solvent accessible surface area (in Angstrom2) of major microspecies at pH=7.4
+**ASA (at pH=7.4):** Total solvent accessible surface area (in Angstrom<sup>2</sup>) of major microspecies at pH=7.4
-**ASA+ (at pH=7.4):** Solvent accessible surface area (in Angstrom2) of all atoms with positive partial charge of major microspecies at pH=7.4
+**ASA+ (at pH=7.4):** Solvent accessible surface area (in Angstrom<sup>2</sup>) of all atoms with positive partial charge of major microspecies at pH=7.4
-**ASA- (at pH=7.4):** Solvent accessible surface area (in Angstrom2) of all atoms with negative partial charge of major microspecies at pH=7.4
+**ASA- (at pH=7.4):** Solvent accessible surface area (in Angstrom<sup>2</sup>) of all atoms with negative partial charge of major microspecies at pH=7.4
-**ASA_H (at pH=7.4):** Solvent accessible surface area (in Angstrom2) of all hydrophobic (|qi|<0.125) atoms (|qi| is the absolute value of the partial charge of the atom) of major microspecies at pH=7.4
+**ASA_H (at pH=7.4):** Solvent accessible surface area (in Angstrom<sup>2</sup>) of all hydrophobic (|qi|<0.125) atoms (|qi| is the absolute value of the partial charge of the atom) of major microspecies at pH=7.4
-**ASA_P (at pH=7.4):** Solvent accessible surface area (in Angstrom2) of all polar (|qi|>0.125) atoms (|qi| is the absolute value of the partial charge of the atom) of major microspecies at pH=7.4
+**ASA_P (at pH=7.4):** Solvent accessible surface area (in Angstrom<sup>2</sup>) of all polar (|qi|>0.125) atoms (|qi| is the absolute value of the partial charge of the atom) of major microspecies at pH=7.4
-**ASA:** Total solvent accessible surface area (in Angstrom2)
+**ASA:** Total solvent accessible surface area (in Angstrom<sup>2</sup>)
-**ASA+:** Solvent accessible surface area (in Angstrom2) of all atoms with positive partial charge
+**ASA+:** Solvent accessible surface area (in Angstrom<sup>2</sup>) of all atoms with positive partial charge
-**ASA-:** Solvent accessible surface area (in Angstrom2) of all atoms with negative partial charge
+**ASA-:** Solvent accessible surface area (in Angstrom<sup>2</sup>) of all atoms with negative partial charge
-**ASA_H:** Solvent accessible surface area (in Angstrom2) of all hydrophobic (|qi|<0.125) atoms (|qi| is the absolute value of the partial charge of the atom)
+**ASA_H:** Solvent accessible surface area (in Angstrom<sup>2</sup>) of all hydrophobic (|qi|<0.125) atoms (|qi| is the absolute value of the partial charge of the atom)
-**ASA_P:** Solvent accessible surface area (in Angstrom2) of all polar (|qi|>0.125) atoms (|qi| is the absolute value of the partial charge of the atom)
+**ASA_P:** Solvent accessible surface area (in Angstrom<sup>2</sup>) of all polar (|qi|>0.125) atoms (|qi| is the absolute value of the partial charge of the atom)
 **Asymmetric atoms:** Number of asymmetric atoms