Title: TITLE: SELF-EXPLANATORY less than 15 words (Arial 50 points)
1TITLE SELF-EXPLANATORY less than 15 words (Arial
50 points) Presenting authors Name Last
Name,1,2 Second Author,1 Third Author, etc.
(Arial, 32 points) 1 Materials Science
Engineering University of Washington, Seattle,
Washington 98195, USA 2 Molecular Biology and
Genetics, Istanbul Technical University, Maslak,
Istanbul, 80626, Turkey e-mail
kacart_at_u.washington.edu
Overarching Goal Very short, high-impact
explanation of the novelty of your research
objective(s).
4.4 RESULTS AND ANALYSIS
4.1 RESEARCH RESULTS
Use Arial 32 throughout Sub-titles and 24 points
throughout the texts
Charts, figures, micrographs, plots, analysis
Charts, figures, micrographs, plots, analysis
- Describe in one short paragraph why such a
research is significant - What ware expected results and broader impact.
The posters are 36 x 42
5. DISCUSSIONS
- One or two short paragraphs of major findings of
the research, - What is one major result - what is new and/or
unique - What are secondary results and how do they
compare with those in the literature
- Review the literature in one short paragraph,
- What has been done before What were the
approaches used, - What successes were achieved, what has been
missing, - Why is your approach new and/or unique,
4.2 RESEARCH RESULTS
Charts, figures, micrographs, plots, analysis
6. CONCLUSIONS FUTURE DIRECTIONS
3. APPROACH AND EXPERIMENTAL METHODS
- Describe your experimental (or theoretical)
approach
- List the outstanding results in terms of their
significance - What has been found new
- What has been unique
- What are possible future directions list
several possible directions
Include a Flowchart or Schematics of the Research
4.3 RESEARCH RESULTS
7. REFERENCES
Charts, figures, micrographs, plots, analysis
- List at least 3 relevant references (cited in the
background and intro.) - List at least one reference of your work (in
preparation, submitted or published) - Use the following format
- M. Sarikaya, C. Tamerler, K. Schulten, A. Jen,
and F. Baneyx, Molecular Biomimetics
Nanotechnology through Biology. Nature Mater. 2,
577-585 (2003). - C. K. Thai, H. Dai, M. S. R. Sastry, M. Sarikaya,
D. T. Schwartz, and F. Baneyx, Identification
and Characterization of Cu2O- and ZnO-Binding
Polypeptides by Escherichia coli Cell Surface
Display Toward an Understanding of Metal Oxide
Binding. Biotechnol. Bioeng. 87, 129-137 (2004). - E. E. Oren, C. Tamerler, M. Sarikaya, Metal
Recognition of Septapeptides via Polypod
Molecular Architecture. Nano Letters, 5, 415-419
(2005).
8. ACKNOWLEDGEMENTS
Acknowledge people who helped in your research.
And then say. This work is supported by ARO-
DURINT NSF-GEMSEC Program at the UW