Plastid Transformation Suite


ICON GENETICS has developed a complete set of technologies necessary for plastid transformation of tobacco and other Solanaceae plants. Our systems for plastid expression allow construction of transplastomic hosts for high-yield production of specialty proteins. We provide the platform with a full freedom-to-operate. We provide our clients with necessary training, technology transfer and contract research services.

Our advanced plastid transformation suite includes:
 High expression vectors utilizing operon insertion
 New selection marker with a full freedom-to-operate
 Visible marker assisted selection - rapid achievement of homoplasmy
 New marker removal technology - antibiotic marker free transformants
 Inducible expression system available
 Modular vector system for cloning of large or problematic sequences
 Specialized host systems
 Recombinant proteins
 Artificial promoters
 8 patents filed


transplastomic N. benthamiana

GFP expression in N. excelsiana

transplastomic N. excelsiana

back
read more



 

Plastid Transformation Suite


ICON GENETICS has developed a complete set of technologies necessary for plastid transformation of tobacco and other Solanaceae plants. Our systems for plastid expression allow construction of transplastomic hosts for high-yield production of specialty proteins. We provide the platform with a full freedom-to-operate. We provide our clients with necessary training, technology transfer and contract research services.

Our advanced plastid transformation suite includes:
 High expression vectors utilizing operon insertion
 New selection marker with a full freedom-to-operate
 Visible marker assisted selection - rapid achievement of homoplasmy
 New marker removal technology - antibiotic marker free transformants
 Inducible expression system available
 Modular vector system for cloning of large or problematic sequences
 Specialized host systems
 Recombinant proteins
 Artificial promoters
 8 patents filed


transplastomic N. benthamiana

GFP expression in N. excelsiana

transplastomic N. excelsiana

back
read more