EMPOWERING DIVERSE PLANTS
WITH PRECISION GENE EDITING
Our proprietary plant gene editing platform is being applied to a broad range of plant species to develop improved traits for agriculture, horticulture, and industrial applications
APPLICATION AREAS
WE CAN ADVANCE
FIELD CROPS
Enhancing productivity and resilience in major food crops
HORTICULATURAL CROPS
Quality, shelf life, and sustainability for fruits and vegetables
ORNAMENTAL PLANTS
Next-generation aesthetics with genetic stability
INDUSTRIAL & SPECIALTY PLANTS
Bio-based production platforms beyond food
EMERGING PLANTS
Unlocking new value from underutilized and future crops
TRAITS
WE CAN GENERATE
ABIOTIC STRESS TOLERANCE
· Drought
· Heat
· Shade
BIOTIC STRESS RESISTANCE
· Disease resistance
· Pest resistance
QUALITY TRAITS
· Nutritional Improvement
· Pigmentation
PRODUCTIVITY TRAITS
· Yield
· Growth rate
· Resource use efficiency
HOW WE APPLY OUR TECHNOLOGY
TARGET IDENTIFICATION
Identifying organelle-encoded opportunities
· Discovery of chloroplast and mitochondrial gene targets
· Pathway-level understanding of organelle function
· Trait-driven target prioritization
REGENERATION
Regenerating stable, edited plants
· Efficient plant regeneration pipelines
· Stable inheritance of edited organelle genomes
· Trait consistency across generations
GENE EDITING DESIGN
Designing precise organelle genome edits
· Organelle-specific editing strategies
· High-precision sequence and construct design
· Minimized off-target and nuclear interference
TRAIT VALIDATION
Validating performance and stability
· Molecular and phenotypic validation
· Field- and environment-relevant evaluation
· Long-term stability and performance assessment
DELIVERY OPTIMIZATION
Delivering edits to the right organelle
· Organelle-targeted delivery systems
· Species- and tissue-specific optimization
· Scalable and reproducible delivery workflows