Mantis™ Gene Editing & Identification
Accessible tools for precision gene editing and target discovery
Mantis™ technology: precision gene editing with flexible terms
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Patent-protected and differentiated
From active ingredient titer to spore count, we optimize media, process and formulation to reach your target COGS.
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Validated in multiple crop lines
Mantis™ nucleases and deaminases are protected in the US and other relevant geographies, offering tools for different applications. Mantis™ nucleases comprise a range of protein size and PAM sequences.
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Commercial terms that prioritize access to innovation
Free evaluation period, lower cost licenses and flexible commercial terms without crop or trait restrictions.
Mantis™ Gene Editing Technology
Mantis™ Gene Editing Technology
The Editing Tools
- Mantis™ comprises several nucleases discovered from bacterial origins. These nucleases have been proven to induce non-homologous end joining (NHEJ) and homologous recombination (HR) activity in plants.
- These nucleases come with compatible deaminases for base editing applications.
Why Mantis™?
- Validated performance: Mantis™ technology has been validated in multiple crops, including tomato, rice, sorghum and peanuts.
- Editing efficiency: Mantis™ on-target editing efficiency is competitive with market leading, RNA-guided nucleases.
- Versatility: With multiple nuclease options, Mantis™ offers a range of PAM sequence and protein size options.
- Patent protection: Mantis™ is patented technology in the US and other relevant geographies.
- Flexible terms: License Mantis™ technology with no restrictions on crop or trait applications.
Get Started
Contact us, and we’ll schedule a call to answer your questions.
Mantis™ Gene Target Discovery
Uncover the genetic drivers for phenotypes that deliver value
Transcriptomics-led discovery
- Support for experimental design in greenhouse and growth chambers, plant tissue collection, RNA extraction and cDNA synthesis
- Data reporting for expression quantification, differential gene expression, co-expression networks, clustering, gene enrichment
Genome Wide Association Studies (GWAS)
- Population design: size, structure, genetic diversity recommendations to support actionable results
- Genotyping support including genotyping by sequencing, whole genome sequencing, AMPseq, and other methods
- Modeling and data analysis incorporating phenotypic data, marker matrices and population structure
Get Started
Contact us, and we’ll schedule a call to answer your questions.
Our team is excited to learn how Ginkgo can accelerate your product development goals. Start the conversation today.