Hepatitis D Genome Encoded on Quantum Computer in Research Breakthrough
The University of Oxford and Wellcome Sanger Institute successfully encoded the hepatitis D virus genome into a quantum state using an IBM quantum computer. This advancement aims to enhance pangenome analysis, which captures genetic diversity more comprehensively than traditional genomic methods.
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Researchers at the University of Oxford and Wellcome Sanger Institute have encoded the hepatitis D virus genome into a quantum state using IBM's Heron processor. This project contributes to the development of quantum tools for analyzing pangenomes, which are complex genetic datasets representing multiple individuals.
The first draft of the human pangenome was published in 2023, with a more comprehensive version expected soon. Pangenome analysis faces challenges due to increased complexity, particularly in sequence alignment.
The team has demonstrated key objectives such as data encoding and phylogenetic tree construction on quantum hardware. Future work will target metagenomics and cancer mechanisms, potentially addressing complex health issues more effectively than classical methods.
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