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. Experience with bacterial cultures and aseptic technique. Experience with molecular approaches to study bacterial survival and antibiotic resistance. Preferred Qualifications: ● Experience with bacterial
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. Experience with bacterial cultures and aseptic technique. Experience with molecular approaches to study bacterial survival and antibiotic resistance. Preferred Qualifications: ● Experience with bacterial
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. Molecular and cell biology skills on mammalian cells or mouse models. The incumbent must have demonstrated experience in skin or epithelial biology, developmental biology, extracellular matrix biology, signal
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the start of the appointment. Experience with bacterial cultures and aseptic technique. Experience with molecular approaches to study bacterial survival and antibiotic resistance. Preferred Qualifications
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in hand by the start of the appointment. Experience with bacterial cultures and aseptic technique. Experience with molecular approaches to study bacterial survival and antibiotic resistance. Preferred
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-derived iPSC models alongside mouse models, our NIH-funded research integrates stem cell biology, molecular and cellular approaches, advanced imaging, and metabolic analyses to uncover how MeCP2 mutations
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in hand by the start of the appointment. Experience with bacterial cultures and aseptic technique. Experience with molecular approaches to study bacterial survival and antibiotic resistance. Preferred
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cardiovascular complications. Using molecular and genetic techniques in transgenic murine models, MPN patient-derived induced pluripotent stem cell lines, and primary patient samples, we study the hematopoietic
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cardiovascular complications. Using molecular and genetic techniques in transgenic murine models, MPN patient-derived induced pluripotent stem cell lines, and primary patient samples, we study the hematopoietic
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cardiovascular complications. Using molecular and genetic techniques in transgenic murine models, MPN patient-derived induced pluripotent stem cell lines, and primary patient samples, we study the hematopoietic