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seek to understand, at scale, how DNA variation rewires regulatory networks, shifts cell states, and drives human disease, and to translate these insights into better diagnostics and therapeutics
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to understand, at scale, how DNA variation rewires regulatory networks, shifts cell states, and drives human disease, and to translate these insights into better diagnostics and therapeutics. To achieve this, we
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, with access to a dedicated support network and superb neuroscience research facilities, to forge new research directions, make important discoveries, and publish high-profile findings. Support will be
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project is an international collaboration involving a wide network of Australian and international researchers investigating fossil reef systems from across the Indo-Pacific, including the recently drilled