Prof. David C. Baker has a broad research and teaching experience in the organic and medicinal chemistry of the carbohydrates, including nucleosides and cell-surface carbohydrates that are documented in over 200 publications, presentations, and patents. He was elected a Fellow of the American Chemical Society where he has been active principally in the Division of Carbohydrate Chemistry.

• 1. Automated and/or Electrochemical SynthesisToshiki Nokami2. In Vivo ChemistryKatsunori Tanaka3. Pseudo-Glycoconjugates with C-Glycoside linkageGo Hirai4. Boron-Mediated Aglycon Delivery (BMAD) for the Stereoselective Synthesis of 1,2-cis GlycosidesDaisuke Takahashi5. Conformationally Restricted Donors for Stereselective GlycosylationKaname SASAKI

Prof. David C. Baker has a broad research and teaching experience in the organic and medicinal chemistry of the carbohydrates, including nucleosides and cell-surface carbohydrates that are documented in over 200 publications, presentations, and patents. He was elected a Fellow of the American Chemical Society where he has been active principally in the Division of Carbohydrate Chemistry.

• 1. Automated and/or Electrochemical SynthesisToshiki Nokami2. In Vivo ChemistryKatsunori Tanaka3. Pseudo-Glycoconjugates with C-Glycoside linkageGo Hirai4. Boron-Mediated Aglycon Delivery (BMAD) for the Stereoselective Synthesis of 1,2-cis GlycosidesDaisuke Takahashi5. Conformationally Restricted Donors for Stereselective GlycosylationKaname SASAKI

Prof. David C. Baker has a broad research and teaching experience in the organic and medicinal chemistry of the carbohydrates, including nucleosides and cell-surface carbohydrates that are documented in over 200 publications, presentations, and patents. He was elected a Fellow of the American Chemical Society where he has been active principally in the Division of Carbohydrate Chemistry.

• 1. Automated and/or Electrochemical SynthesisToshiki Nokami2. In Vivo ChemistryKatsunori Tanaka3. Pseudo-Glycoconjugates with C-Glycoside linkageGo Hirai4. Boron-Mediated Aglycon Delivery (BMAD) for the Stereoselective Synthesis of 1,2-cis GlycosidesDaisuke Takahashi5. Conformationally Restricted Donors for Stereselective GlycosylationKaname SASAKI