Continuous inactivation of E. coli by liquid-phase plasma discharge

Continuous inactivation of E. coli by liquid-phase plasma discharge

By: Sydney Schoth    Email:  scho5827@vandals.uidaho.edu

Home Town: Buhl, Idaho    High School: Castleford High School, 2020

Major: Biological Engineering
Department: Biological Engineering
College: College of Engineering

 

Products Produced:

Additional Project Information:

Year in College Project Started:  Sophomore

Faculty Advisor:   Sarah  Wu

Faculty Advisor Email:   xwu@uidaho.edu

Faculty Advisor Website:  

Funding Source:  University of Idaho Office of Undergraduate Research

External Link to Project Information:  

Project Location:   Moscow, Idaho

0 August 24, 2021
Engineering
Recent Posts
Archives
Categories
Tags
Astronomy bacteriophage Bioengineering Biological sciences biology bioremediation Chemical Engineering Computer Science Dielectrophoresis Drug design drug resistance ecology Engineering evolution Exoplanets field assay genetic mutations hydrogel Hydrogels Infectious disease insect-borne diseases Kepler Killer yeast lamp-osd lassa fever microbial evolution modeling Pathogenic microbiology phage phix174 phylogenetics Physics polymer Precision Agriculture resistance Stem Cells succinea teaching trichloroethylene vaccination viability virtual technology virus wildlife yeast
Meta

© 2024 I-SURE. Built by RCDS, University of Idaho.
University of Idaho Privacy Policy