TITLE OF POSTER LINE ONE TITLE OF POSTER

TITLE OF POSTER LINE ONE TITLE OF POSTER LINE TWO Jane Doe, Jack Johnson, and Jean Jones School of Chemical & Biomolecular Engineering, Georgia Institute of Technology These are my methods. These are my methods. These are my methods. These are my methods. These are my This is a label for the image. 2. 5 4 mer 5 mer 0. 229 6 mer 5 Crude extr. 59 1 E-06 1 E-04 1 E-02 1 E+00 1 E+02 5 -enri. extr. 40 60 80 Inhibition of Conjugated Dienes [%]* 100 14 12 10 BB SB * 8 6 4 . 5 Results Title 2 0 M, +s/- 0 M, +b/- 2 M, +/+ 3 mer 20 M, -/- 0. 0019 42 F, +s/- 2 mer 57 F, +b/- 0. 0021 39 F, +/+ 1 mer 27 F, -/- 0. 0047 1 M, +s/- Sub Z 1. 5 M, -/- 1. 97 E-06 Sub Y F, +s/- 0. 256 * F, +b/- Sub X F, +/+ 0. 003 2 F, -/- This is my introduction. This is my introduction. This is my introduction. This is my introduction. * * * 3 M, +b/- Concentration of Chemical X for 50% Substance Y Activity Inhibition [IC 50] 46 These are my results. These are my results. These are M, +/+ Introduction 55 Results Title 1 This is the label for the image This is my abstract. 85 0 Total fat mass (g) This is my abstract. This is my abstract. This is my abstract. This is my abstract. Substance Z Methods 94 HL activity (nm. FFA/hr/u. L) Abstract 1 mer 2 mer 3 mer 4 mer 5 mer 6 mer Crude extr. 5 mer extr. Sex, HL These are my results. These are my results. These are my results. These are 1 E+04 Molar Component Concentration for 50% Inhibition Results Title 3 These are my results. These are my results. These are my results. Conclusion This is my conclusion. This is my conclusion. This is my conclusion. This is my conclusion. This is my conclusion.