1. Specificity and Accuracy Data for Ligand-binding Assays for Macromolecules Should be Interpreted with Caution

   • John W. A. Findlay

   Editorial Commentary/Summary 17 July 2008 Pages: 433 - 434

2. Evaluation of Nanosuspensions for Absorption Enhancement of Poorly Soluble Drugs: In Vitro Transport Studies Across Intestinal Epithelial Monolayers

   • T. Lenhardt
   • G. Vergnault
   • P. Langguth

   Brief/Technical Note 09 August 2008 Pages: 435 - 438

   

3. Comparison of Neutralizing Antibody Assays for Receptor Binding and Enzyme Activity of the Enzyme Replacement Therapeutic Naglazyme® (Galsulfase)

   • Joleen T. White
   • Lisa Argento Martell
   • Erik Foehr

   Research Article 16 August 2008 Pages: 439 - 449

   

4. Evaluation of a Scaling Approach for the Bioequivalence of Highly Variable Drugs

   • Sam H. Haidar
   • Fairouz Makhlouf
   • Lawrence X. Yu

   Research Article/Theme: Bioequivalence, BCS and Beyond/Guest Editors: J.E. Polli, B.S. Abrahamsson; L.X.Yu 26 August 2008 Pages: 450 - 454

   

5. CNS Delivery Via Adsorptive Transcytosis

   • Françoise Hervé
   • Nicolae Ghinea
   • Jean-Michel Scherrmann

   Review Article/Theme: Advances in CNS Delivery of Therapeutic Molecules/Guest Editors: J-M. Scherrmann and C. Svensson Open access 26 August 2008 Pages: 455 - 472

   

6. Drug Absorption Modeling as a Tool to Define the Strategy in Clinical Formulation Development

   • Martin Kuentz

   Mini-Review/Theme: Towards Integrated ADME Prediction: Past, Present, and Future Directions/Guest Editor: Lawrence Yu Open access 27 August 2008 Pages: 473 - 479

   

7. Evaluation of a Scaling Approach for the Bioequivalence of Highly Variable Drugs

   • Sam H. Haidar
   • Fairouz Makhlouf
   • Lawrence X. Yu

   Erratum 18 September 2008 Pages: 480 - 480

8. A Bayesian Approach for Quantifying Trace Amounts of Antibody Aggregates by Sedimentation Velocity Analytical Ultracentrifugation

   • Patrick H. Brown
   • Andrea Balbo
   • Peter Schuck

   Research Article 24 September 2008 Pages: 481 - 493

   

9. Surface Energy of Microcrystalline Cellulose Determined by Capillary Intrusion and Inverse Gas Chromatography

   • D. Fraser Steele
   • R. Christian Moreton
   • Stephen Edge

   Research Article 08 October 2008 Pages: 494 - 503