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research [2024/05/16 15:01] arempel |
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| The primary material analyzed by genome informatics are genomic sequences. Beyond the acquisition and basic analysis of these data, the next challenge is to extract the higher-level information encoded in them, which poses the need for sound mathematical models, efficient algorithms, and user-friendly software. | The primary material analyzed by genome informatics are genomic sequences. Beyond the acquisition and basic analysis of these data, the next challenge is to extract the higher-level information encoded in them, which poses the need for sound mathematical models, efficient algorithms, and user-friendly software. | ||
| - | Research in the Genome Informatics group spans a broad spectrum in this exciting field, from the low level of DNA sequence comparison up to the higher levels of comparative genomics, and making better infrastructures. | + | Research in the Genome Informatics group spans a broad spectrum in this exciting field, from the low level of DNA sequence comparison up to the higher levels of comparative and pangenomics, and to providing better bioinformatics services, infrastructures and training. |
| ==== Efficient Comparison of DNA Sequences (aka team kmers) ==== | ==== Efficient Comparison of DNA Sequences (aka team kmers) ==== | ||