Predict the future

You didn’t come this far to stop

Kristopher José Aguayo-Barragán (29)

I am a research scientist exploring the fundamental principles that govern life, from molecular interactions to systemic physiology. With an M.S. in Chemistry, I've applied rigorous methodology in diverse settings: synthesizing catalysts in gloveboxes, characterizing proteins, and managing human-subjects research. My goal is to join a Seattle biomedical lab where precision benchwork and interdisciplinary insight deepens our understanding of health and disease.

Education

M.S Chemistry

University of Wisconsin Madison

2022

B.S. Chemistry

Western Washington University

2020

Relevant Coursework:

• Bioinorganic Chemistry

• Biophysical Chemistry

• Chemical Biology

• Computational Chemistry

• Mass Spectrometry

• Nuclear Magnetic Resonance Spectroscopy

Relevant Coursework:

• Introductory Chemistry

• Introductory Biology

• Introductory Physics

• Organic Chemistry

• Biochemistry for Chemists,

• Natural Products

• Organic Spectroscopy

• Instrumental Analysis.

Nitrogen is an abundant element in Life's building blocks to the degree that its movement is observed as a cycle whose continuous movement supports life. Nitrogen Exists as motifs on biomolecules and as free agents that move through ecosystems. One of these free agents is a family of chemicals called Nitrogen Oxides and they observe Nitrogen across oxidized forms Nitrous Oxide (NO), Nitrite (NO2), and Nitrate (NO3). Nitrous oxides exists alongside other common forms of Nitrogen, such as Ammonia, (NH3), Ammonium (NH4), Methane (MH4)

Since Nitrogen agents Plants employ nitrogen as necessary for their growth and development.

ndustrial agriculture employs nitrogen abundant products such as fertilizers and pesticides.

Nitrous Oxides.

such as Nitrous Oxides.

Designing Metal Catalysts for Environmental Remediation and Fuel Synthesis