[图书][B] Exploring fungal disease associations using genomic data and network models
IR Medina - 2022 - search.proquest.com
Convergent evolution is a process by which different distantly related species can evolve the
same trait, usually involving adaptation to similar environments, and it is a widespread …
same trait, usually involving adaptation to similar environments, and it is a widespread …
Exploring fungal disease associations using genomic data and network models
I Riquelme Medina - 2022 - escholar.manchester.ac.uk
Convergent evolution is a process by which different distantly related species can evolve the
same trait, usually involving adaptation to similar environments, and it is a widespread …
same trait, usually involving adaptation to similar environments, and it is a widespread …
[PDF][PDF] Exploring fungal disease associations using genomic data and network models
IR Medina - 2021 - research.manchester.ac.uk
Convergent evolution is a process by which different distantly related species can evolve the
same trait, usually involving adaptation to similar environments, and it is a widespread …
same trait, usually involving adaptation to similar environments, and it is a widespread …
[PDF][PDF] Exploring fungal disease associations using genomic data and network models
IR Medina - 2021 - pure.manchester.ac.uk
Convergent evolution is a process by which different distantly related species can evolve the
same trait, usually involving adaptation to similar environments, and it is a widespread …
same trait, usually involving adaptation to similar environments, and it is a widespread …
Exploring fungal disease associations using genomic data and network models
I Riquelme Medina - 2022 - escholar.manchester.ac.uk
Convergent evolution is a process by which different distantly related species can evolve the
same trait, usually involving adaptation to similar environments, and it is a widespread …
same trait, usually involving adaptation to similar environments, and it is a widespread …