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Glycoarrays: Sugar–Protein Conjugates Displayed on a Solid Surface David C. Baker, University of Tennessee, DMR 0906752. Fig. 1. (a). (b). Fig. 1. Synthetic d -mannose derivatives equipped for anchoring to solid surfaces via –SH or –C≡H groups.

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  1. Glycoarrays: Sugar–Protein Conjugates Displayed on a Solid SurfaceDavid C. Baker, University of Tennessee, DMR 0906752 Fig. 1 (a) (b) Fig. 1. Synthetic d-mannose derivatives equipped for anchoring to solid surfaces via –SH or –C≡H groups. Fig. 2. (a) Protein (lectin) bound to a sugar tethered to a glass surface. Pin printer (b) deposits sugar onto the reactive glass surface. Results are indicated by the fluorescence in (c) and the graph in (d). (c) (d) Magenta = Di- (2), Red = Mono- (1), Blue = Trisaccharide (4) Fig. 2

  2. Glycoarrays: Sugar–Protein Conjugates Displayed on a Solid SurfaceDavid C. Baker, University of Tennessee, DMR 0906752 (b) (a) Dr. Irene Abia-Angeh with Prof. B. Shakhashiri, President of ACS. (b) Mr. Andrew Moss presenting poster at Harvard University’s Natl. Collegiate Res. Conf. (c) High school students Austin Kaman and Ronak Patel with poster at a precollegiate research program at UT. (c)

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