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Field
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on the malaria parasite proteasome, ubiquitination, and stress responses in the context of drug resistance. Our laboratory employs cellular and molecular biology techniques, proteomics, and bioinformatics
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these interactions. The main project investigator, Dr. Juliana Rangel (https://entomology.tamu.edu/people/rangel-juliana/), is based in the Department of Entomology at Texas A&M University, College Station, TX
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of bacteria, yeast and parasite in the Molecular Diagnostic Division per laboratory protocols. • Performs DNA extraction by manual methods and sets up PCR reactions, real-time PCR reactions and DNA
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Description Objective The goal is to assess and mitigate degradation in high-voltage Na layered oxide cathodes (moisture instability, irreversible phase transitions, parasitic reactions with electrolyte) using
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, yet often preventable, threat to patient safety. Students will learn about the major bacterial, fungal, viral, and parasitic infections that affect humans, both locally and globally. Basic
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are expected to be completed in four years. Work in our group is focused on understanding malaria parasite gliding motility and the molecular machinery behind it at the molecular level. To address
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& Biomedical Sciences (VMBS) (http: //vetmed.tamu.edu/) at Texas A&M University (TAMU) invites applications from researchers in infectious disease and immunity for one (1) full-time, 9-month appointment faculty
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parasite genomes to shape global epidemiology. Furthermore, our biomarker data have supported multiple successful FDA submissions for novel antiviral and vaccine candidates, directly influencing the future
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of relevant animal facilities and media and material preparation. Conduct laboratory tests as needed such as pathogen inhibition assays, cytotoxicity assays, ELISAs, DNA extraction, PCR, and parasite
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performance test designed specifically to quantify post-weaning growth and parasite resistance for the sheep industry. SWAREC spans 210 acres of land and includes livestock and research facilities that support