Valent Lab KSU
@ValentLab
ID:3161126643
12-04-2015 20:43:05
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We experiment recurrent neural networks, more specifically, Bi-LSTM, to detect supernumerary chromosomes, or mini-chromosomes, in fungal strains causing blast diseases. Led by Nikesh Gyawali collaborations w/Valent Lab KSU David E Cook Doina Caragea #FungalGenomics biorxiv.org/content/10.110…
'The ability to peacefully protest for human rights is a fundamental freedom, and Kansas State University joins others across the globe calling for an end to violence against women.' k-state.edu/today/announce… Shahideh Nouri
Rapid divergence in supernumerary mini-chromosomes among closely related fungal isolates causing wheat blast outbreaks in Bangladesh and Zambia #wheatblast ; the new study with Valent Lab KSU
David E Cook Guifang Lin & Pedley lab biorxiv.org/cgi/content/sh…
Aaron Levin's story on #wheatblast picked up by The Atlantic: theatlantic.com/science/archiv…
Read #wheatblast article by Aaron Levine. 'Cereal Killer: Wheat Blast Haunts the Global Dinner Table' undark.org/article/wheat-…