Searching for the Emergence of Life-like Behaviors in Chemical Networks - Stephanie Colón-Santos - AAAS Annual Meeting
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Overview
This course explores the emergence of life-like behaviors in chemical networks through untargeted analysis methods. The learning outcomes include understanding complex chemical networks with life-like properties, such as environmental responsiveness, auto-catalysis, self-sustenance, and evolvability. The course teaches skills in conducting UPLC-DDA-MS/MS analysis, using bespoke data analysis tools, and designing algorithms to explore chemical persistence over generations. The teaching method involves a combination of theoretical concepts, experimental setups, objective analysis, and discussions. The intended audience for this course includes researchers, scientists, and individuals interested in prebiotic chemistry and the origins of life.
Syllabus
Introduction
Why is this relevant
Prebiotic Earth
Mass Spectra
Interactions with Minerals
Chemical Ecosystem Theory
Chemical System Selection
Experimental Setup
Objective
Analysis
Discussion
Taught by
AAAS Annual Meeting