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candidate must be highly motivated with extensive experience within one or more of the following areas: single cell sequencing, cell culture, pharmacokinetics, pharmacodynamics, organelle, and cell/molecular
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for single cell studies, Langendorff perfusion preps and working heart preps Experience with other basic molecular biology tools (i.e., Crispr editing, or SiRNA, and single cell RNA sequencing.) Ability
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agenda aligned with the group’s and department’s strategic directions. Candidates with a strong theoretical background in non-Hermitian optics, integrated quantum photonics, or related areas are especially
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also developing and pursuing an independent research agenda aligned with the groups and departments strategic directions. Candidates with a strong theoretical background in non-Hermitian optics
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, Inorganic N, etc. Quantify nmicrobial functional genes [N cycling—nifH , amoA, nirK, nirS, and nosZ; C cycling—lacZ, mcrA, rbcL, nagZ] using qPCR. Conduct amplicon, metagenomic/metatranscriptomic sequence
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of single cell sequencing data sets • Experience in mouse models, flow cytometry Function Research Support Scheduled Weekly Hours: 40 Saint Louis University is an equal opportunity/affirmative action employer
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to collaborate effectively in a team environment. Demonstrated commitment to advancing mental health research and addressing public health challenges. Ability to work independently and manage multiple tasks
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history in peer-reviewed journals to demonstrate research success. Preferred qualifications A strong background in immunology Experience with R and/or the analysis of sequencing data sets Interested
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to collaborate effectively in a team environment. Demonstrated commitment to advancing mental health research and addressing public health challenges. Ability to work independently and manage multiple tasks