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project

micrograph of chloroplasts

Improving photosynthesis in crop plants by editing chloroplasts
Cascade and Cas3 protein structures

Developing CRISPR-Cas3 technology for large-scale genome manipulation

Unlocking the hidden architecture of complex genetic interactions
Green and red fluorescent spherical shapes from cells under a microscope

Detecting gene and epigenetic edits in live cells

Manipulating chromatin to improve genome engineering
Field of potato plants

Segmental editing of the potato genome
Many brown 3D tubes representing bacteria

Molecular genetic analysis of the microbiome using CRISPRi knockdowns
Bright green, orange, and white circles

Phage engineering for selective manipulation of microbial communities
Sequence of DNA letters

Engineering CRISPR-guided DNA polymerases for in vivo, unbiased mutagenesis of user-defined loci
Arabidopsis thaliana flower

Targeted meiotic recombination using CRISPR-Cas9 for crop improvement
Rice plants in a field

Clonal propagation of hybrids through seeds