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ESR Project 1: Phylogenomics of non-bilaterian animals
ESR Project 2: Comparative genomics of sponge holobionts
ESR Project 3: Genome-wide assessment of the genetic basis of invertebrate adaptation
ESR Project 4: Elucidating the mechanics of "nervous" reactions in nerveless sponges and placozoans
ESR Project 5: Using chromosome conformation capture to assemble genomes to perfection
ESR Project 6: Comparative and functional genomics of oogenesis and animal-vegetal axis specification of animals
ESR Project 7: Using an 'OMICS' approach to uncover novel biosynthetic pathways in sponges
ESR Project 8: Ecdysozoa as a model system to test early animal evolution
ESR Project 9: Auto-tuned & flexible phylogenetic likelihood calculations
ESR Project 10: Genomics and resilience of Limacina pteropods
ESR Project 11: Assembly and annotation of heterozygous insect genomes
ESR Project 12: Comparative genomics and phylogenetics of the Deuterostomes
ESR Project 13: Computational identification of major gene regulation modules in development and cell differentiation
ESR Project 15: Semantic publication, dissemination, visualization and re-use of biodiversity-related genomic and metagenomic data
Phylogenetic Analysis of SARS-CoV-2 Data Is Difficult
Benoit Morel, Pierre Barbera, Lucas Czech, Ben Bettisworth, Lukas Hübner, Sarah Lutteropp, Dora Serdari, Evangelia-Georgia Kostaki, Ioannis Mamais, Alexey M Kozlov, Pavlos Pavlidis, Dimitrios Paraskevis, Alexandros Stamatakis
YEAR:
2020
PUBLISHER/PLACE:
Oxford University Press
JOURNAL:
Molecular Biology and Evolution
PAGES:
msaa314
