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The Use Of Molecular Dynamics Simulations To Predict Thymine Dimer Formation In Histone Bound Dna, Emily Ann Brune Heinsen
The Use Of Molecular Dynamics Simulations To Predict Thymine Dimer Formation In Histone Bound Dna, Emily Ann Brune Heinsen
CUP Undergraduate Research
Thymine dimers are the major lesions in DNA that are caused by environmental conditions that can lead to apoptosis or can become carcinogenic (Schreier, et al., 2007). These dimers form when the pi electrons of one thymine in a neighboring thymine pair is excited by a photon from UV light, and occurs on the picosecond time scale (Schreier, et al., 2007). Due to the ultrafast nature of this reaction, the thymines must be in proper conformation prior to excitation in order for the reaction to take place. The proper conformation for the reaction has been found to occur when the …
Extracellular Matrix Breakdown Blocks Repair And Regeneration Following Preterm Brain Injury, Rachel Siltman, Stephen Black, Taasin Srivastava
Extracellular Matrix Breakdown Blocks Repair And Regeneration Following Preterm Brain Injury, Rachel Siltman, Stephen Black, Taasin Srivastava
CUP Undergraduate Research
No abstract provided.
2013 Ii Cu Suri (Common Poster), Vanessa Selimovic, Loriann Reese, Ruthie Nelson, Emma Sleeman, Hibery Ho, Maria Polozova
2013 Ii Cu Suri (Common Poster), Vanessa Selimovic, Loriann Reese, Ruthie Nelson, Emma Sleeman, Hibery Ho, Maria Polozova
CUP Undergraduate Research
A common poster providing information for several research projects: aerosol particles, deoxycytidine kinase, squaraine rotaxanes, glycol nucleic acied, and Kombucha.