Computational Modeling of DNA Binding Molecules

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Computational Modeling of DNA Binding Molecules

Heather Hill

Department of Chemistry and Biochemistry

University of North Carolina at Wilmington

Wilmington, NC 28403

 Molecules being constructed in our lab:

 This molecule binds in the groove of DNA

Crystal Structure of DNA with molecule

(modified in Titan)

 DNA with molecule and an attached linker and glucose ring (modified in Insight II)

Methods

 Build/model molecules with two different targeting molecules and several different linkers

 Submit for calculations

 Compare to lab results

Benefits of Project

 Save time

 Save money

 Identify possible candidates and eliminate those that do not work

References

 Zhang, Y., Chen, F.-X., Mehta, P., and

Gold, B. (1993) Biochemistry 32, 7954-

7965.

 Varadarajan, S., Dharini, S., Dande, P.,

Settles, S., Chen, F.-X., Gilberto, F., and

Gold, B. (2003) Biochemistry 42,

14318-14327.

Acknowledgements

 Dr. Varadarajan

 Dr. Martin

 Dr. Bartolotti ( East Carolina University)

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