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) Doctorate in life sciences, biochemistry, molecular medicine, or a related discipline Knowledge of ophthalmology is desirable Experience with animal experiments (mice) Experience with histological and imaging
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spatial omics data is highly desirable. Knowledge of immunology or image analysis would be considered an advantage. The successful candidate should be able to apply a range of computational tools
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. Responsibilities Master technical disciplines : design and execute rigorous experiments in chromatin biochemistry, complex reconstitutions, imaging studies, and/or genomics to probe condensate mechanisms and genome
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sets -Chromatin biology/biochemistry Preferred skill sets -Epigenomic techniques -Proteomics -Cell imaging -Biochemical and biophysical techniques -Managing skills About St. Jude St. Jude Children's
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To strengthen our team in the division “X-Ray Imaging” in Berlin-Steglitz, starting as soon as possible, we are looking for a Postdoctoral research assistant (m/f/d) in the field of physics
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long-standing and fruitful collaboration with the Department of Cardiovascular Imaging and Dynamics, in which the work will be applied in the context of cardiac excitation simulations. Job requirements
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imaging. A successful postdoctoral candidate should have a Ph.D. in the relevant field with a strong background in LC-MS/MS. Some bioinformatics expertise is preferred but not required. More details about
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transcriptomic and image datasets Develop predictive models for diagnostic purposes Design research ideas and prepare scientific publications Participation in national and international conferences and
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and talented optics engineer to design, build, and implement novel optical devices for brain-wide imaging and neural circuit manipulation. Key Responsibilities: Develop advanced optical systems
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Postdoctoral Research Associate - Human Organoid/Assembloid Models of Schizophrenia-associated Risks
imaging and electrophysiologic recordings of neuronal activity in human induced pluripotent stem cell (hiPSC)-derived organoids and assembloid models, with a focus on 22q11 and 3q29 deletion syndromes