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have a PhD in bone/skeletal research and/or immunology. Additionally, experience of in vitro (bone) cell differentiation and associated molecular, proteomic and imaging techniques is required. Experience
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techniques, epifluorescence or confocal microscopy acquisition and analysis. Other key skills including proteomics, flow cytometry and gene editing in malaria parasites are highly valued. The candidate should
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(bone) cell differentiation and associated molecular, proteomic and imaging techniques is required. Experience in genetic manipulation and flow cytometry of mammalian cells would also be of benefit
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tools including, but not limited to, CRISPRi-based knockdown, genetic knockouts, target overexpression, proteomics, and transcriptomics. The post holder will also use existing or develop basic
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, involving extensive cell culture of LCLs, profiling methods such as Polysome-seq or Ribso-seq, proteomic profiling, epigenomic analyses, RNA-seq analyses, and computational analyses. The candidate will have
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in vitro&in vivo, molecular biology, metabolic profiling, transcriptomics/proteomics. About You You will hold a PhD (or be near completion) in a relevant biological or life sciences subject. You will