ML
Markita Landry
Principal Investigator
UC Berkeley
I'm working on
8 months ago
Plant biotechnology, nanomaterial delivery, biosensing, biointerfaces
About
Markita Landry develops nanomaterial platforms for biomolecule delivery and sensing in plants and biological fluids. Her work quantifies transport and corona dynamics to enable nonviral RNA and protein delivery, genome-access tools, and higher-sensitivity diagnostics for agriculture and environmental chemistry.
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UC Berkeley
Nanomaterial-based removal of aromatic compounds from coconut water
UC Berkeley lab offers nanomaterial technology to selectively adsorb and remove aromatic biomolecules from coconut water. Leveraging high surface area nanoparticles with pi-pi stacking chemistries, the approach enables e...
TechnologyIn developmentUniversity
UC Berkeley
Nanoparticle-mediated RNA delivery for improved single-copy insertions in plants
Utilizing lipid nanoparticles and carbon nanotubes for the exogenous delivery of silencing RNA to disrupt specific gene pathways, enhancing single-copy T-DNA insertions in various plant species.
TechnologyIn developmentUniversity
UC Berkeley
Protein delivery platform for resolving complex T-DNA insertions in plants
UC Berkeley's proprietary platform transiently delivers active CRE proteins to plant cells, resolving complex T-DNA insertions into single-copy loci without genomic integration. This reduces unintended effects and improv...
TechnologyIn developmentUniversity
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