Learning Hub: Cas-CLOVER™ and piggyBac® Solutions

Blog Agriculture BiotechnologyCas-CLOVERUncategorized

The Ultimate Guide to Gene Editing in Wheat

Blog Cas-CLOVERPharmaceutical Bioprocessing

Addressing the limitations of chemotherapeutic drug delivery with engineered protein polymers

Blog Agriculture BiotechnologyCas-CLOVERpiggyBac

The Definitive Guide to Gene Editing in Rice

Video Cas-CLOVERPharmaceutical BioprocessingSynthetic Biotechnology

Protein Engineered Cas-CLOVER Yields 99% Gene Editing Efficiency and Ultra-Low Toxicity

Blog Pharmaceutical BioprocessingSynthetic Biotechnology

Cas-CLOVER™ Gene Editing Achieves Targeted Knock-ins in Induced Pluripotent Stem Cell Lines

Press Cas-CLOVERSynthetic Biotechnology

Seamlessly Upgrade Your CRISPR Toolbox From Cas9 to Cas-CLOVER™

Datasheet Cas-CLOVERPharmaceutical Bioprocessing

Cas-CLOVER: The Proven Alternative To CRISPR/Cas9 For Pharmaceutical Bioprocessing

Datasheet Cas-CLOVERPharmaceutical Bioprocessing

Cas-CLOVER™ Gene Editing for TSCM-enriched Allogenic CAR-T Cells

Blog Agriculture BiotechnologyBioproductCas-CLOVERPharmaceutical BioprocessingpiggyBacSynthetic Biotechnology

Q&A Podcast: Advanced Alternatives to CRISPR/Cas9

Press Agriculture BiotechnologyCas-CLOVERPharmaceutical BioprocessingSynthetic Biotechnology

Gene Editing May Soon Be Rolling in Clover

Press Agriculture BiotechnologyCas-CLOVERPharmaceutical BioprocessingSynthetic Biotechnology

The Greatest Gene Editing Technology on the Planet?

Blog piggyBacSynthetic Biotechnology

PiggyBac: A Simple and Easy to Use Tool to Accelerate Development of Cultured Meats and Cell Lines for the Production of Food Proteins

White Paper Agriculture BiotechnologyPharmaceutical BioprocessingSynthetic Biotechnology

Designing gRNA User Guide

Blog Agriculture BiotechnologyCas-CLOVER

Gene Editing in Plants is Stable, Efficient, and Reliable with Cas-CLOVER, the Clean Alternative to CRISPR/Cas9

Blog Cas-CLOVERPharmaceutical Bioprocessing

Glycoengineering Strategies For Improved Biologics Manufacturing In Mammalian Cells Using Cas-CLOVER

Blog BioproductCas-CLOVERPharmaceutical Bioprocessing

ROI Of Using Cas-CLOVER vs. CRISPR/Cas9 In Cell Line Development For Commercial Therapeutic Bioprocessing

Blog Cas-CLOVERPharmaceutical Bioprocessing

Cas-CLOVER Gene Editing Of HEK293 Cells: A Better Investment Than CRISPR For Commercial Gene Therapy And Vaccine Bioprocessing

Blog Agriculture BiotechnologyBioproductCas-CLOVERPharmaceutical BioprocessingSynthetic Biotechnology

Understanding The Commercial Use And Applications Of CRISPR

Blog Cas-CLOVERPharmaceutical Bioprocessing

High Yield Cell Selection At Your Fingertips With GS-KO CHO Cells

Blog Pharmaceutical BioprocessingpiggyBac

Glyco-Engineering Of Yeasts For Biotherapeutics Production Using piggyBac

Blog Agriculture BiotechnologyBioproductCas-CLOVERPharmaceutical BioprocessingSynthetic Biotechnology

Cas-CLOVER Continues To Show Fewer Off-Target Mutations Than CRISPR/Cas9

Blog Cas-CLOVERPharmaceutical Bioprocessing

CAS-CLOVER: The Clean Alternative to CRISPR/Cas9 For Bioprocessing

Blog Pharmaceutical Bioprocessing

Knockout GS CHO Cells In Biologics Manufacturing

Presentation Pharmaceutical Bioprocessing

Demeetra/Elanco Webinar: Cas-CLOVER Update – Cell Line Development And Engineering

Datasheet Pharmaceutical Bioprocessing

Cas-CLOVER: Enhanced Expression Systems To Improve Bioprocessing

Blog Agriculture BiotechnologyCas-CLOVERSynthetic Biotechnology

Larger Deletions, Easier Screening With Demeetra’s Cas-CLOVER Technology

Blog Agriculture BiotechnologyCas-CLOVER

Whole Callus Screening For Gene Editing With Cas-CLOVER Speeds Up Plant Trait Development

Blog Agriculture BiotechnologyCas-CLOVER

Effectively Reducing Nicotine Levels With Cas-CLOVER

Press Agriculture BiotechnologyBioproductPharmaceutical Bioprocessing

Demeetra AgBio Advances Major Pipeline for Therapeutic Cannabinoid Development; Invites Collaborations

Blog Agriculture Biotechnology

Seedless Fruit Production With Gene Editing

Blog Agriculture BiotechnologyCas-CLOVERpiggyBac

Taking the Potato From Genetically Engineered to Seamless Trait Development with Cas-CLOVER and piggyBac Technologies

Blog Agriculture BiotechnologyCas-CLOVER

The Significance Of Genetically Modifying Glutamate In Plants

Press Agriculture Biotechnology

Genetic Scissors, Demeetra AgBio Offers Tobacco Companies A New Tool To Reduce Nicotine Levels

Blog Agriculture BiotechnologyCas-CLOVER

Modifying Tobacco Plants To Reduce Cancer Risk For Various Ethnic Groups Possible With Gene Editing Technology

Blog Cas-CLOVERpiggyBacSynthetic Biotechnology

RNAi Biopesticide Manufacturing In Gene Edited Heat-killed Yeast For Insect Control

Blog Cas-CLOVERPharmaceutical Bioprocessing

Cas-CLOVER Enables Unlimited Cell Bioprocessing Platform Improvement Opportunities

Press Pharmaceutical Bioprocessing

CRISPR Medicine News Interview With Demeetra AgBio CEO, Jack Crawford

Blog Cas-CLOVER

Cas-CLOVER Gene Editing Of HEK293 Cells: A Better Investment Than CRISPR For Commercial Gene Therapy And Vaccine Bioprocessing

Poster Pharmaceutical Bioprocessing

Targeted Gene Editing in Suspension CHO Cells for Cell Line Development Using the Cas-CLOVER™ Gene Editing System

Blog Synthetic Biotechnology

piggyBac’s Massive DNA Cargo-Carrying Capacity Simplifies And Enhances The Bioproduction Of High Value Metabolites

Blog Synthetic Biotechnology

New TAL-CLOVER: More Flexible Than CRISPR And gRNA-based Gene Editing

Blog Synthetic Biotechnology

Eliminate The Risk Of CRE/Lox Translocation Gene Loss And Strain Crash By Using piggyBac Yeast Strain Engineering

Blog Synthetic Biotechnology

Use Demeetra’s Toolbox For Simple Yeast Strain Development

Poster Uncategorized

Cas-CLOVER™: A High-Fidelity Genome Editing System For Safe And Efficient

Presentation Uncategorized

Demeetra Gene Editing Technologies

Presentation Agriculture Biotechnology

Increasing Plant Gene Editing Efficiency With Cas-CLOVER

Datasheet Synthetic Biotechnology

piggyBac: A Simple, Versatile & Efficient Tool For Yeast Strain Development

Datasheet Synthetic Biotechnology

Cas-CLOVER: Creating High-Performing Yeast Strains For Industrial Utilization

Datasheet Agriculture BiotechnologyCas-CLOVER

Gene Editing in plants is stable, efficient, and reliable with Cas-CLOVER, the clean alternative to CRISPR/Cas9

Datasheet Agriculture Biotechnology

Cas-CLOVER: Increasing The Productivity In Crop Trait Engineering The Non-GMO Way

Video Uncategorized

Cas-CLOVER, An Improvement In Gene Editing Technology | CRISPR Alternative

Webinar Uncategorized

Cas-CLOVER: The Clean Alternative To CRISPR-Cas9

Webinar Uncategorized

Cas-CLOVER Gene Editing In Generation Of Non-Viral Off-The-Shelf Allogeneic CAR-T

Webinar Uncategorized

GEN Webinar: Cas-CLOVER Targeted Nuclease For Gene Editing

Webinar Uncategorized

Post Cambridge Webinar: Utilizing Cas-CLOVER piggyBac For Cell Line Development And Engineering Webinar

Blog piggyBacSynthetic Biotechnology

piggyBac Transposase In Non-Conventional Yeasts: Metabolites And Small Molecules

Blog Uncategorized

Cas-CLOVER And Its Advantages Over Nobel Award-Winning CRISPR/Cas9

Blog piggyBacSynthetic Biotechnology

piggyBac: a Powerful Tool for Insertional Mutagenesis

Blog Agriculture Biotechnology

Decreasing Carcinogen Levels In Tobacco With Gene Editing

Blog Agriculture Biotechnology

Gene Editing for Long-Lasting Fresh Tomatoes

Learning Hub

The Ultimate Guide to Gene Editing in Wheat

Addressing the limitations of chemotherapeutic drug delivery with engineered protein polymers

The Definitive Guide to Gene Editing in Rice

Protein Engineered Cas-CLOVER Yields 99% Gene Editing Efficiency and Ultra-Low Toxicity

Cas-CLOVER™ Gene Editing Achieves Targeted Knock-ins in Induced Pluripotent Stem Cell Lines

Seamlessly Upgrade Your CRISPR Toolbox From Cas9 to Cas-CLOVER™

Cas-CLOVER: The Proven Alternative To CRISPR/Cas9 For Pharmaceutical Bioprocessing

Cas-CLOVER™ Gene Editing for TSCM-enriched Allogenic CAR-T Cells

Q&A Podcast: Advanced Alternatives to CRISPR/Cas9

Gene Editing May Soon Be Rolling in Clover

The Greatest Gene Editing Technology on the Planet?

PiggyBac: A Simple and Easy to Use Tool to Accelerate Development of Cultured Meats and Cell Lines for the Production of Food Proteins

Designing gRNA User Guide

Gene Editing in Plants is Stable, Efficient, and Reliable with Cas-CLOVER, the Clean Alternative to CRISPR/Cas9

Glycoengineering Strategies For Improved Biologics Manufacturing In Mammalian Cells Using Cas-CLOVER

ROI Of Using Cas-CLOVER vs. CRISPR/Cas9 In Cell Line Development For Commercial Therapeutic Bioprocessing

Cas-CLOVER Gene Editing Of HEK293 Cells: A Better Investment Than CRISPR For Commercial Gene Therapy And Vaccine Bioprocessing

Understanding The Commercial Use And Applications Of CRISPR

High Yield Cell Selection At Your Fingertips With GS-KO CHO Cells

Glyco-Engineering Of Yeasts For Biotherapeutics Production Using piggyBac

Cas-CLOVER Continues To Show Fewer Off-Target Mutations Than CRISPR/Cas9

CAS-CLOVER: The Clean Alternative to CRISPR/Cas9 For Bioprocessing

Knockout GS CHO Cells In Biologics Manufacturing

Demeetra/Elanco Webinar: Cas-CLOVER Update – Cell Line Development And Engineering

Cas-CLOVER: Enhanced Expression Systems To Improve Bioprocessing

Larger Deletions, Easier Screening With Demeetra’s Cas-CLOVER Technology

Whole Callus Screening For Gene Editing With Cas-CLOVER Speeds Up Plant Trait Development

Effectively Reducing Nicotine Levels With Cas-CLOVER

Demeetra AgBio Advances Major Pipeline for Therapeutic Cannabinoid Development; Invites Collaborations

Seedless Fruit Production With Gene Editing

Taking the Potato From Genetically Engineered to Seamless Trait Development with Cas-CLOVER and piggyBac Technologies

The Significance Of Genetically Modifying Glutamate In Plants

Genetic Scissors, Demeetra AgBio Offers Tobacco Companies A New Tool To Reduce Nicotine Levels

Modifying Tobacco Plants To Reduce Cancer Risk For Various Ethnic Groups Possible With Gene Editing Technology

RNAi Biopesticide Manufacturing In Gene Edited Heat-killed Yeast For Insect Control

Cas-CLOVER Enables Unlimited Cell Bioprocessing Platform Improvement Opportunities

CRISPR Medicine News Interview With Demeetra AgBio CEO, Jack Crawford

Cas-CLOVER Gene Editing Of HEK293 Cells: A Better Investment Than CRISPR For Commercial Gene Therapy And Vaccine Bioprocessing

Targeted Gene Editing in Suspension CHO Cells for Cell Line Development Using the Cas-CLOVER™ Gene Editing System

piggyBac’s Massive DNA Cargo-Carrying Capacity Simplifies And Enhances The Bioproduction Of High Value Metabolites

New TAL-CLOVER: More Flexible Than CRISPR And gRNA-based Gene Editing

Eliminate The Risk Of CRE/Lox Translocation Gene Loss And Strain Crash By Using piggyBac Yeast Strain Engineering

Use Demeetra’s Toolbox For Simple Yeast Strain Development

Cas-CLOVER™: A High-Fidelity Genome Editing System For Safe And Efficient

Demeetra Gene Editing Technologies

Increasing Plant Gene Editing Efficiency With Cas-CLOVER

piggyBac: A Simple, Versatile & Efficient Tool For Yeast Strain Development

Cas-CLOVER: Creating High-Performing Yeast Strains For Industrial Utilization

Gene Editing in plants is stable, efficient, and reliable with Cas-CLOVER, the clean alternative to CRISPR/Cas9

Cas-CLOVER: Increasing The Productivity In Crop Trait Engineering The Non-GMO Way

Cas-CLOVER, An Improvement In Gene Editing Technology | CRISPR Alternative

Cas-CLOVER: The Clean Alternative To CRISPR-Cas9

Cas-CLOVER Gene Editing In Generation Of Non-Viral Off-The-Shelf Allogeneic CAR-T

GEN Webinar: Cas-CLOVER Targeted Nuclease For Gene Editing

Post Cambridge Webinar: Utilizing Cas-CLOVER piggyBac For Cell Line Development And Engineering Webinar

piggyBac Transposase In Non-Conventional Yeasts: Metabolites And Small Molecules

Cas-CLOVER And Its Advantages Over Nobel Award-Winning CRISPR/Cas9

piggyBac: a Powerful Tool for Insertional Mutagenesis

Decreasing Carcinogen Levels In Tobacco With Gene Editing

Gene Editing for Long-Lasting Fresh Tomatoes

We Enable Scientists To Obtain More With Less Inconvenience

Contact us to learn more about our gene editing technology.