Fusarium pathogenomics: understanding fungal pathogenicity through genomics
Ma lab members are working to better understand the unique pathosystem Fusarium oxysporum for the effective control of this cross-kingdom pathogen, a highly adaptive fungus that causes destructive wilt diseases on important crops and infects humans.
Fusarium pathogenomics: understanding fungal pathogenicity through genomics
Ma lab members are working to better understand the unique pathosystem Fusarium oxysporum for the effective control of this cross-kingdom pathogen, a highly adaptive fungus that causes destructive wilt diseases on important crops and infects humans.
Fusarium pathogenomics: understanding fungal pathogenicity through genomics
Ma lab members are working to better understand the unique pathosystem Fusarium oxysporum for the effective control of this cross-kingdom pathogen, a highly adaptive fungus that causes destructive wilt diseases on important crops and infects humans.
Scientific discovery by video game players. The foldit project is interested in combining the power of humans and computers to tackle other difficult scientific problems.
Foldit
Scientific discovery by video game players. The foldit project is interested in combining the power of humans and computers to tackle other difficult scientific problems.
Scientific discovery by video game players. The foldit project is interested in combining the power of humans and computers to tackle other difficult scientific problems.