Junwei Ji
Postdoctoral Scientist
Plant Organelle Technologies
I'm working on
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Enabling access to the exploitation of plant organelle genomes
About
Current technologies for genetic manipulation are inefficient for plant chloroplast and mitochondrial genomes. A highly error-prone version of Plant Organelle DNA Polymerase (POP) can increase the genetic diversity of plant organelle genomes. This would be a new approach to improve crop yield.
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Plant Organelle Technologies
Chloroplast gene-editing platform for enhancing crop heat tolerance via psba 5'UTR modification
A proprietary chloroplast gene-editing system that introduces targeted single nucleotide polymorphisms in the psbA 5'UTR region to upregulate D1 protein translation, improving photosynthesis efficiency and heat tolerance...
TechnologyConceptualCompany
Plant Organelle Technologies
Enhancing plant fatty acid synthesis through plastid accd promoter engineering
A gene-editing approach to boost fatty acid production in oilseed crops by enhancing transcription of the plastid accD gene, a key subunit of acetyl-CoA carboxylase. By engineering the accD promoter to be recognized by b...
TechnologyConceptualCompany
Plant Organelle Technologies
Mutator plant organelle DNA polymerase for elevated chloroplast and mitochondrial mutation rates in crops
An error-prone Plant Organelle DNA Polymerase (POP) that increases mutation rates in chloroplasts and mitochondria, enabling selection of new organelle-specified traits such as herbicide resistance and photoinhibition to...
TechnologyConceptualCompany
Junwei Ji
Postdoctoral Scientist
Plant Organelle TechnologiesWork experience
Plant Organelle Technologies
Postdoctoral Scientist
2023 - Present
Top industry applications
Agricultural biotechnologyCrop yield optimization
Expertise
Agricultural ScienceGeneticsPlant Biology
Last updated Sep 2026
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