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to join a collaborative project with interdisciplinary research that focuses on developing mesenchymal stromal cell-derived extracellular vesicles (MSC-EVs) as a novel therapeutic approach for systemic
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available to FADDL. The applicant will propagate hybridomas, validate continued antibody production, isotype and sequence expressed antibodies, produce additional cell cryo-stocks, and be document
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plant-derived bioactive compounds. The project integrates analytical chemistry, natural products isolation, and cell-based bioassays to identify and characterize compounds that inhibit breast cancer cell
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plant-derived bioactive compounds. The project integrates analytical chemistry, natural product isolation, and cell-based bioassays to identify and characterize compounds that inhibit breast cancer cell
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strenuous on the individual. Preferred skills: Knowledge and background in virology/ molecular biology/serology/cell biology BSL-2 laboratory experience with hands-on experience in wet-lab procedures Interest
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assays may include ex vivo, in vitro, and in situ techniques, such as histology tissue processing, nucleic acid isolations, flow cytometry antibody staining, qPCR, ELISA, bulk RNA sequencing, single-cell
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of scientists and researchers in an effort to research transcription factor-based sensors for waterborne toxins of interest. High-throughput cell-based and cell-free screening approaches, along with
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of combat related orthopaedic trauma. In particular, contemporary cell / molecular biology in vitro approaches as well as clinically relevant small and large animal models of orthopaedic trauma are utilized
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just medicines. Research Project: This research project addresses critical knowledge gaps in emerging therapeutic modalities, specifically immune cell engagers and radioligand therapies, where limited
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health (e.g., agrichemicals, intracellular pathogens) are common in the beekeeping industry. These stressors act on cellular and molecular processes, but unlike in human and veterinary medicine, cell