Katherine shared about the novel ChIP-seq approach to catalog the in vivo binding of 104 transcription factors (TFs) that are highly expressed in leaves.
A fast computational pipeline for de novo assembly of plant genomes from long reads.
High-throughput mapping of the in-vivo binding of 104 maize transcription factors using ChIP-Seq
Estimation of the divergence between maize and sorghum
using the Andropogoneae.
Predicting differential expression of drought-associated genes across Andropogoneae.
Poster Title: The development of computational resources for association studies in maize and sorghum.
Arcadio Valdes Franco
A practical haplotype graph enables lowcost imputation and haplotyping of diverse maize populations.
Functional basis for hybrid vigor in maize: directional and polygenic effects on yield, height and flowering time.
Whole genome sequencing and de novo assembly for Andropogoneae species.
In-field whole plant architecture characterized by scalable, affordable robots.
A deep learning approach to prioritize functional variants.
Breeding maize with nitrogen in mind for ethanol production.
Towards predictive maize breeding in the GxExM space.
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