RNA is believed to be a key precursor to life, yet the conditions for its transition into a genetic molecule and catalytic unit remain unknown. Here we show that low concentrations of divalent cations and carboxyl-containing organics are likely contributors to increased RNA complexity. These findings support further research with varying organics and divalent cation concentrations. This work has the potential to unveil new insight on the origins of life on Earth and extrasolar bodies.
Optimizing Prebiotic Conditions for Non-enzymatic RNA Synthesis of Complex RNAs From Smaller RNAs
Parker Wood
Major:
Astronomy and Astrophysics/Department of Astronomy and Astrophysics
Exhibition Category:
Physical Sciences
Exhibition Format:
Poster Presentation
Campus:
University Park
Faculty Sponsor:
Philip Bevilacqua
Poster Number:
44