Functional Glycomics

<p>Section I. Stem Cell</p> <p>1. β1,4-galactosyltransferase V in growth regulation </p> <p>Jianxin Gu</p> <p>2. Roles of Polysialic acid in neural stem cells</p> <p>Kiyohiko Angata </p> <p>3. Chondroitin sulfate in neural stem cells</p> <p>Andreas Faissner</p> <p>4. Transcription in Stem Cell</p> <p>Kelly Moremen </p> <p>5. Directing stem cell trafficking through GPS</p> <p>Robert. Sackstein</p> <p>Section II. Gene knockout and mutant mice</p> <p>6. Cosmc-chaperone </p> <p>Richard Cummings Ju</p> <p>7. Core 3 O-glycan</p> <p>Lijuan Xia </p> <p>8. Core3 glycan as tumor suppressor</p> <p>Lee Fukuda </p> <p>9. Core 4 O-glycan</p> <p>Jamey Marth, Minoru Fukuda </p> <p>10. b3GlcNAcT2, a major polylacosamine synthase</p> <p>Akira. Togayachi and Hisashi Narimatsu </p> <p>11. GalNAcT-1</p> <p>Mari Tenno. Jamey Marth </p> <p>12. GlcNAcT-IVa-Diabetes </p> <p>Kazuaki Ohtsubo and Jamey Marth</p> <p>13. Ashwell receptor</p> <p>Prabhijt. Grewal and Jamey Marth </p> <p>14. Roles ofGlcNAc-6-O-sulfotransferases in lymphoid and non-lymphoid tissues Hiroto Kawashima</p> <p>15. β3GlcNAcT3-core 2GlCNAcT1-selectin ligand </p> <p>Junya. Mitoma and Minoru Fukuda </p> <p>16. ManII-ManIIX</p> <p>Michiko Fukuda</p> <p>17. Histochemical analysis carbohydrate antigens in inflammation</p> <p>Motohiro Kobayashi and Jun Nakayama</p> <p>Section III. Alpha-Dystroglycan and tumor</p> <p>18. Genetic defect in muscular dystrophy</p> <p>Paul Martin </p> <p>19. POMT1 knockout </p> <p>Sabine Strahl and Jesus Cruces </p> <p>20. POMGnT1 Mutation in human </p> <p>Tamao and Endo</p> <p>21. POMGnT1 Knockout mice</p> <p>Huaiyu Hu</p> <p>22. Large mutation and Large 2. </p> <p>Jane. Hewitt</p> <p>23. a-dystroglycan glycans as tumor suppressor</p> <p>Xingfeng Bao and Minoru Fukuda</p> <p>24. Tumor formation assay</p> <p>Shingo Hatakeyama and Chikara Ohyama</p>