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Trusted by Leading Research & Pharma Institutions

Plant Chassis Engineering for Biosynthesis

Transform plants into sustainable biofactories with our comprehensive plant chassis engineering platform. From Nicotiana optimization to chloroplast transformation, we deliver tailored solutions for metabolic pathway engineering and high-value compound production.

High-Yield Expression
Sustainable Platform
Scalable Production
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Trusted by leading research and pharmaceutical institutions

Harvard
Pfizer
MIT
Roche
Stanford
Merck

Why Choose Us

Multiple plant chassis options
End-to-end pathway optimization
CRISPR-enabled precision engineering
Expert consultation included

Chassis Development

Nicotiana, Wolffia, and custom hosts

Metabolic Engineering

Pathway optimization and flux control

Scale-Up Support

From lab to production scale

Sustainable
Bioproduction
Overview Technology Specifications Workflow Applications FAQ
Service Overview

Comprehensive Plant Chassis Engineering Solutions

Our platform combines established plant biology with cutting-edge synthetic biology tools to create optimized biofactories for sustainable production of high-value compounds.

Plant Chassis Development

Optimized host systems including Nicotiana benthamiana, Nicotiana tabacum, Wolffia, and custom plant chassis tailored to your metabolic engineering needs. Our established protocols ensure reliable transformation and consistent performance across projects.

  • Nicotiana species optimization
  • Wolffia minimal plant chassis
  • BY-2 cell culture systems
  • Hair root cultures

Metabolic Pathway Engineering

Design-build-test-learn frameworks enable systematic optimization of biosynthetic pathways in plant systems. From single gene expression to complex multi-enzyme pathways, we deliver solutions for challenging metabolic engineering targets.

  • Multi-gene pathway assembly
  • Promoter engineering
  • Subcellular targeting
  • Flux optimization strategies

CRISPR-Enabled Precision

Precise genome editing for pathway optimization, knockouts, and targeted integrations using state-of-the-art CRISPR systems.

Comprehensive QC

Every project undergoes rigorous molecular verification including PCR, sequencing, and metabolite profiling with detailed reports.

Flexible Platforms

From transient expression for rapid prototyping to stable transgenic line development for long-term production.

Ready to Build Your Plant Biofactory?

Get a customized quote for your plant chassis engineering project.

Technology Platform

Advanced Plant Engineering Technologies

Industry-leading tools and methodologies for plant chassis optimization and metabolic pathway engineering.

CRISPR Gene Editing

Precision genome editing using CRISPR/Cas9, base editors, and prime editors for targeted modifications, knockouts, and knock-ins in plant systems.

Cas9 Base Editors Prime Editing

Transient Expression

Rapid Agrobacterium-mediated transient expression in Nicotiana leaves for fast prototyping and proof-of-concept studies within days.

Rapid Scalable

Stable Transformation

Complete stable transformation services for long-term production systems, including selectable marker removal and homozygous line development.

Transgenics Marker-Free

Expression Systems

Nuclear Standard transgene expression
Chloroplast High-level polycistronic expression
Multi-location Organelle-specific targeting

Pathway Engineering Tools

Modular GoldenBraid/Gibson assembly systems
Promoters Tissue-specific and inducible options
DBTL Design-Build-Test-Learn cycles
Translation Translation initiation optimization (Kozak/RBS)
Specifications

Flexible Options for Diverse Needs

Comprehensive service tiers to match your research and production requirements.

Parameter Standard Service Premium Service Production Service
Expression System Transient (Nicotiana) Stable transgenic Chloroplast/cell culture
Gene Complexity Up to 5 genes Up to 15 genes Complex pathways
Delivery Format Transient leaf material Seeds/T1 lines Cell bank/production protocol
Characterization PCR verification Southern, qPCR, LC-MS Full QC package
Scale Research scale Pilot scale Production scale
Workflow

Streamlined Process from Design to Delivery

Our proven workflow ensures quality and efficiency at every stage of your plant chassis engineering project.

1

Consultation

Project scoping and strategy design

2

Design

Vector construction and pathway assembly

3

Transformation

Plant transformation and selection

4

Characterization

Molecular and metabolic verification

5

Delivery

Handoff with full documentation

Applications

Diverse Applications Across Industries

Our plant chassis engineering platform supports research and production across multiple sectors.

Pharmaceutical Applications

Plant systems offer unique advantages for producing complex biologics, vaccines, and therapeutic proteins with proper post-translational modifications.

  • Recombinant protein production
  • Vaccine antigen expression
  • Antibody fragment production
  • Plant-derived API biosynthesis
Glycoengineering
Human-compatible N-glycans

Nutritional Compounds

Sustainable production of vitamins, nutraceuticals, and functional food ingredients through plant metabolic engineering.

  • Vitamin biosynthesis
  • Flavonoid pathway engineering
  • Essential amino acids
  • Biofortification
Sustainable
Climate-independent production

Cosmetics & Personal Care

Plant cell cultures enable production of high-value cosmetic ingredients including antioxidants, pigments, and bioactive compounds.

  • Antioxidant production
  • Natural pigments
  • Fragrance precursors
  • Skin-active compounds
Natural
Plant-derived ingredients
Testimonials

What Our Clients Say

Trusted by researchers worldwide for quality and reliability.

"The plant chassis engineering platform exceeded our expectations. The transient expression system gave us results within weeks, and the technical team provided excellent support throughout the project."

Senior Scientist
Biotechnology Company

"Fast turnaround and excellent communication. The metabolic pathway engineering support helped us optimize our terpene production system significantly. Will definitely use again."

Research Director
Academic Research Institution

"We've used the chloroplast engineering service for multiple projects. The high expression levels achieved have been transformative for our biologics production pipeline."

Lead Researcher
Pharmaceutical Company
Scientific Literature

Scientific Foundation

Our platform is backed by peer-reviewed research in plant synthetic biology.

High Impact

Wolffia, a minimalist plant and synthetic biology chassis

Lam E, Michael TP. Trends in Plant Science. 2022.

This perspective highlights Wolffia (duckweed) as an emerging minimalist plant chassis for synthetic biology applications with small genome and rapid growth characteristics.

View DOI
Review

Plant synthetic biology: from knowledge to biomolecules

Han S, Miao Z, et al. Frontiers in Plant Science. 2024.

Comprehensive review covering multidisciplinary tools including DNA synthesis, programmable gene circuits, and CRISPR/Cas-based genome editing for plant systems.

View DOI
Methods

Sowing the seeds for advanced synthetic plant biology

Inckemann R. Synthetic Biology. 2022.

Review of rapid workflows for prototyping genetic circuits in tobacco leaves, enabling measurement of circuit performance within days instead of weeks.

View DOI
Applied

Engineering Nicotiana tabacum trichomes for triterpenic acid production

Gossart N, Berhin A, Sergeant K, et al. Plant Science. 2023.

Demonstrates implementation of triterpene biosynthesis in Nicotiana tabacum glandular trichomes using trichome-specific promoter-driven multi-gene expression.

View DOI
Glycoengineering

Engineering the N-glycosylation pathway of Nicotiana tabacum for molecular pharming using CRISPR/Cas9

Göritzer K, Grandits M, et al. Frontiers in Plant Science. 2022.

CRISPR/Cas9 multiplex genome editing to eliminate plant-specific N-glycan modifications for human-compatible protein production in tobacco.

View DOI
FAQ

Frequently Asked Questions

Find answers to common questions about our plant chassis engineering service.

What plant chassis options are available?
We offer multiple chassis systems including Nicotiana benthamiana and Nicotiana tabacum for transient and stable expression, BY-2 cell cultures for scalable suspension systems, Wolffia for minimalist applications, and custom species development upon request. Each chassis has specific advantages depending on your production goals.
What is the difference between transient and stable expression?
Transient expression uses Agrobacterium-mediated infiltration of plant leaves, achieving rapid protein production within 5-14 days without genomic integration. Stable expression involves genomic integration of transgenes, producing heritable lines suitable for long-term production but requiring 3-6 months for development.
What are the advantages of chloroplast engineering?
Chloroplast engineering offers several advantages including extremely high expression levels (up to 70% of total soluble protein), polycistronic expression enabling multi-gene pathway engineering in a single transformation, maternal inheritance preventing pollen dispersal concerns, and reduced risk of gene silencing compared to nuclear transformation.
How long does a typical project take?
Project timelines vary by complexity. Transient expression projects typically complete in 3-6 weeks. Stable transgenic line development requires 3-6 months. Full production-scale development including cell banking and process optimization typically takes 6-12 months. Rush options are available for qualifying projects.
Can you optimize metabolic pathways for higher yields?
Yes, our platform includes comprehensive pathway optimization services. We apply Design-Build-Test-Learn (DBTL) frameworks, promoter engineering, subcellular targeting strategies, and metabolic flux analysis to systematically improve product yields. Multi-omics integration helps identify bottlenecks and optimize pathway performance.
Do you offer scale-up support for production?
Absolutely. Our production service tier includes complete scale-up support from bench to pilot to production scale. We provide cell banking, bioreactor protocols, harvesting and downstream processing guidance, and quality control documentation packages suitable for regulatory submissions.
What characterization and QC services are included?
Standard characterization includes PCR verification and basic sequencing. Premium services add Southern blot analysis, qPCR for copy number determination, HPLC/LC-MS for metabolite quantification, and full QC documentation. Production-scale projects receive comprehensive analytical packages including purity assessment and stability testing.
Can you help with CRISPR genome editing projects?
Yes, we offer comprehensive CRISPR-enabled genome editing services including single guide RNA design, Cas9/base editor/prime editor vector construction, transformation, mutant screening, and validation. We can target specific genes for knockout, knock-in, or precise sequence modifications to optimize your production platform.

Ready to Start Your Project?

Get a customized quote for your Plant Chassis Engineering project. Our experts will respond within 24 hours.

No obligation
24h response
Expert consultation

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Related Resources

· Cost and Efficiency Analysis of CRlSPR-Cas9 Knockout Services in Mice and Cell Lines
· Validating CRISPR Knockouts: Best Practices for qPCR, Sequencing, and Functional Assays
· Step-by-Step Guide to Generating CRISPR Knockout Cell Lines for Research
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