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LogP vs. LogD

ACD/LogD Suite

ACD/PhysChem Batch (LogD Batch)



ACD/LogD

List of Features


ACD/LogD enables you to:

  • Calculate logD at any pH
  • Calculate logD with or without taking ion-pair partitioning into account
  • Present results in both table and graph forms
  • Determine the dominant ionic form of the chemical structure in the water-octanol mixture
  • View the solution proportion of each ionic form as a function of pH
  • Calculate the percentage of the dominant form in aqueous and organic phases.
  • Calculate the bioconcentration factor (BCF) at any pH
  • Calculate the adsorption coefficient (KOC) at any pH
  • Use custom logP/logD and/or pKa database(s) for system training
  • Use ACD/PhysChem Accuracy Extender (logP module) for algorithm training (this package generates new structure increments that do not exist in the standard algorithm)
  • Use ACD/pKa Accuracy Extender for algorithm training (this package allows users to create a database containing their own Hammett/Taft equations to improve the accuracy of pKa calculation for specific chemical classes)
  • For small libraries and other data sets with fewer than 999 structures, import and process SDfiles using the standalone desktop ACD/LogD Suite and ACD/LogD Sol Suite package
  • For ACD/LogD Suite and ACD/LogD Sol Suite customers, it is now possible to calculate all properties for a compound at once, view them on a unified screen (History Window), and export them to an SDfile







 

This page was last updated 08 November 2007
 

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