Former Ph.D. Students of Eric J. Toone

• Wymer, Nathan (2002)
  Exploring Structure-Function of the KDPG Aldolase with Site Directed Mutagenesis and Directed Evolution
• Lundquist, Joseph J. (2002)
  Chemical and Biological Approaches for the Investigation of Protein-Carbohydrate Interactions
• Burkhalter, Nikki (2001)
  Multivalency Effects in Ligand Binding
  Research Chemist, Wyeth-Lederle Vaccines
• DiTusa, Charles A. (2000)
  Part 1: Asymmetric Hydroboration of Enamines, Enamides and Aryl Olefins Catalyzed with Rhodium Complexes of DuPHOS, BPE and Novel Phospholanes; Part 2: Thermodynamics of Metal Binding to apo-Carbonic Anhydrase
  Post-Doctoral, UNC-CH
• Dimick, Sarah (1999)
  Multivalency as a Strategy for Carbohydrate-Based Ligands: The Molecular Basis for the Cluster Glycoside Effect
  Research Chemist, Thone Poulanc Inc.
• Debenham, Sheryl (1999)
  The Synthesis and Evaluation of a Peptide Library Containing Carbon-linked Glycosylated Serine Analogs
  Medicinal Chemistry, Merck and Co.
• Henderson, Darla (1998)
  Expanding the Synthetic Utility of KDPG and DKPGal Aldolases
  Editor, John Wiley and Sons
• Cotterill, Ian (1997)
  Enzymed Inc., Iowa City, IA
• Shelton, Michael (1996)
  The Synthetic Utility of 2-Keto-3-Deoxy-6-Phosphogluconate (KDPG) Aldolases
  Research Chemist, Tennessee Eastman Chemical Corp.
• Chervenak, Mary (1995)
  A Calorimetric Study of the Thermodynamics of Binding of Protein-Carbohydrate Systems in Aqueous Solution
  Research Chemist, American Cyanamid
• St. Halaire, Phaedria (1995)
  The Interaction of the Shiga-Like Toxin B-Subunit with its Carbohydrate Receptor: 1) A Thermodynamic Study; 2) Synthetic Studies Towards Multivalent Inhibitors
  Investigator, The Carlsberg Research Institute, Copenhagen, Denmark
• Walters, Matthew (2002-2008)
  Expanding the Synthetic Utility of KDPG Aldolase
• Choi, Bo (1998-2005)
• Snyder, Philip (1999-2005)
• Griffiths, Jennifer (1999-2004)
  Elucidation of 2-keto-3-deoxy-6-phosphogluconate aldolase and 2-deoxyribose-5-phosphate structure-funtion relationships by rational mutagenesis and directed evolution