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unique experimental platform developed in the Bakshi Lab (https://www.bakshilab.net/ ) that enables time-resolved measurements of individual bacterial cells throughout the phage infection process. The post
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genomics and transcriptomics, antibody development based on phage display, large-scale mass spectrometry-based proteomics, and associated bioinformatics. The department is also responsible for several
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selection pipelines utilizing computational design and display technologies (e.g., yeast surface display, phage display, or mRNA/ribosome display) to generate high-affinity binders (scFv, Fab, nanobodies/VHH
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systems and the deployment of innate immune strategies that enable survival during phage attack. In addition, another major focus of our research is protein engineering and the development of new molecular
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granted based on an interim evaluation and a final evaluation. Candidates who demonstrate particularly outstanding achievements in the interim evaluation may receive tenure at that stage. https
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. The second focuses on bacteriophage–immune interactions in intestinal homeostasis and inflammatory disease, with an emphasis on understanding how phage and phage-derived antigens are recognized by the immune
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by applying phage-assisted evolution. Cultivate bacteria testing for optimal protein expression. Purify protein from bacteria by immobilized metal affinity chromatography, size exclusion chromatography
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of our time. A key driver of AMR spread is the horizontal transfer of antibiotic resistance genes via conjugative plasmids — mobile genetic elements that move between bacteria. Plasmid-dependent phages
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a strategic expansion of our research excellence. We seek outstanding candidates with an established innovative and impactful research program focused on understanding bacteria-phage interactions
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, and students. The Department Head reports directly to the Vice Chancellor and Dean of the College of Agriculture and Life Sciences at Texas A&M University. The Department, with 47 faculty (https