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Projects & Mentors

BIOL-CT01

Digital Imaging for Plant and Ecosystem Phenological Studies

BIOL-JS01

Molecular pathogenesis, prevention and diagnosis of mycobacterium tuberculosis

BIOL-JS02

Roles of anthrax toxin receptor 2 in anthrax toxin action and screening of anthrax toxin inhibitors

BIOL-JS03

Membrane Interaction of Mycobacterium tuberculosis Virulence Factors

BIOL-KH01

Neural, cellular and molecular basis of behavioral plasticity

KIN-FY01

Vibration training for preventing falls among older adults

CHEM-CX01

Structural and functional studies for a viral global SUMOylation Inhibitor Gam1

CHEM-CX02

Structural studies of mammalian circadian clock proteins

CHEM-CX03

Unravel the assembly of the giant marine virus CroV

CHEM-DV01

Coordinatively unsaturated bimetallic units

CHEM-JCN01

Self-organized materials for molecular electronics

CHEM-WL01

Development of a novel non-invasive diagnostic method for early detection cancers

CHEM-XL01

3D paper-based microfluidic lab-on-a-chip devices for low-cost disease diagnosis

CHEM-XL02

Innovative nanotechnology for Biomedical and Environmental applications

CHEM-XL03

Low-cost and sensitive multiplex DNA detection on 3D Paper-based microfluidic biochips

MECH-CS02

An integrated mechanical testing and characterization system for thin-engineered materials

MECH-CS03

Fatigue Testing of Aluminum Foil in Flow-Assisted Stress Corrosion Cracking Environment

MECH-CS04

Mechanical Testing and Characterization of Superalloys

MECH-YL01

Woven fabric composites with embedded temperature sensing and energy harvesting

MECH-YL02

Advanced hybrid nano materials for energy storage devices

 

PHYS-AEG01

Magnetic nanostructured materials for medical and technological applications

PHYS-HN01

A Pilot Project of Materials Search for Chiral Magnets in the Class of Multiferroics of Spin-Origin

PHYS-JB01

Electrically Conductive Liposomes for Nanoscale Sensors

PHYS-LL01

Using computational approach to study zika virus

PHYS-LL02

Applying multi-scale simulation approach to reveal the mechanisms of molecular motor directional motions

 

Connect With Us

The University of Texas at El Paso
Campus Office of Undergraduate Research Initiatives
SURME
PROGRAM NOT ACTIVE
500 W University
El Paso, Texas 79902

E: surme@utep.edu
P: (915) 747-6210