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for monogenic immune diseases. We use high-throughput biology techniques to optimize, develop and understand the CRISPR-Cas9 system that forms the base of the platform, and develop and implement methods
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culture - one where everyone can realise their full potential and make a positive contribution to our organisation. EMBL Grenoble enables access to state-of-the-art structural biology technologies with
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editing platform that can be used to correct patient-specific mutations in ex vivo cell therapies for monogenic immune diseases. We use high-throughput biology techniques to optimize, develop and understand
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a gene editing platform that can be used to correct patient-specific mutations in ex vivo cell therapies for monogenic immune diseases. We use high-throughput biology techniques to optimize, develop
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. We use high-throughput biology techniques to optimize, develop and understand the CRISPR-Cas9 system that forms the base of the platform, and develop and implement methods to evaluate its safety in a
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centre for excellence in the areas of forensic mental health and forensic behavioural science research, teaching and practice development. We bring together academics, clinicians, researchers and students
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The Centre for Forensic Behavioural Science (CFBS) is Australasia’s leading centre for excellence in the areas of forensic mental health and forensic behavioural science research, teaching and practice
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