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SYNTHETIC BIOLOGY · NATURAL PRODUCTS · BIOINDUSTRY

Engineering biology from molecule to market.

We engineer microorganisms and plants as programmable production platforms for high-value natural products, connecting pathway discovery with scalable, sustainable manufacturing.

POSITION
Synthetic Biology & Biomanufacturing
AFFILIATION
Your Institute / Company · Synthetic Biology Center
Research portrait for Your NameBioSynX Lab research image 2BioSynX Lab research image 3BioSynX Lab research image 4BioSynX Lab research image 5
FIG. 01

Research in motion Replace images in Admin

01

ABOUT

From pathway discovery to commercial biomanufacturing

Sample biography: I work at the interface of synthetic biology, natural-product chemistry and bioprocess engineering. My research develops microbial cell factories and plant-based production systems, then advances the most promising routes toward robust fermentation, cultivation and commercial translation. Replace this text by importing your CV or editing it directly in Admin.

We combine biosynthetic pathway discovery, chassis engineering and process development to turn high-value natural products into scalable technologies. Import a CV or Markdown file in Admin, review the recognized fields and edit every detail before publishing.

View ORCID

Open to research, technology-transfer and industry collaborations

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PLATFORMS

Engineering platforms

Import JSON, CSV, Markdown or plain text, then refine every field in Admin.

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RESEARCH THEME 01

Biosynthetic pathway discovery & refactoring

We discover natural-product pathways, identify rate-limiting steps and rebuild them as modular genetic programs that can be measured, optimized and transferred across hosts.

Genome miningEnzyme discoveryPathway refactoring
02

RESEARCH THEME 02

Microbial cell factories

We engineer bacteria and yeast for efficient precursor supply, pathway balancing and product tolerance, translating strain performance into reproducible fermentation processes.

Chassis engineeringMetabolic fluxFermentation
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RESEARCH THEME 03

Plant synthetic biology platforms

We use transient expression, stable transformation and compartment-aware pathway design to turn plants and plant cells into flexible production systems for complex molecules.

Plant chassisTransient expressionCompartment engineering
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RESEARCH THEME 04

Scale-up & industrial translation

We integrate techno-economic thinking, analytical quality control and process development early, so promising biology can progress toward pilot validation and market-ready manufacturing.

Process developmentQuality by designTech transfer
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SELECTED WORK

Publications & intellectual output

Import BibTeX, RIS, CSV or JSON records and edit them before publishing.

Modular pathway balancing enables efficient microbial production of a complex terpenoid

Your Name, Collaborator A & Collaborator B

Your Journal

A plant-based expression platform for diversified glycosylated natural products

Your Name et al.

Your Journal

All publications / Google Scholar
04

PROGRAMS

Translation in progress

PROJECT 01IN PROGRESS

20XX—20XX · Program lead

Terpenoid cell factory scale-up

Sample program: evolve a laboratory microbial strain into a robust pilot-scale process through pathway balancing, tolerance engineering and fermentation control.

SUPPORT: Replace with funding partner
PROJECT 02IN PROGRESS

20XX—20XX · Collaborative program

Plant platform for glycosylated actives

Sample program: create a modular plant system for rapid pathway assembly, product diversification and scalable production of structurally complex actives.

SUPPORT: Replace with funding partner
PROJECT 03PLATFORM

20XX—20XX · Platform development

Data-guided pathway optimization

Sample program: combine automated design, multi-omics measurements and iterative learning to shorten the build–test–learn cycle for natural-product pathways.

SUPPORT: Replace with funding partner
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COLLABORATE

Build the next bioindustry platform together

Add academic, industry, technology-transfer and investment partners in Admin. Every card, image and link is editable.

We welcome partners who bring complementary biology, chemistry, process, market or investment capabilities. Together, we can move high-value natural products from a promising pathway to a robust industrial platform.

Discuss a collaboration
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ACADEMIC PARTNERS

Academic discovery partners · Replace in Admin

Build joint programs in enzyme discovery, pathway elucidation, natural-product chemistry and synthetic biology. Replace this example with a partner name, logo, collaboration focus and website.

Pathway discoveryEnzyme engineering
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INDUSTRY PARTNERS

Industrial biomanufacturing partners · Replace in Admin

Co-develop strains, cultivation processes, analytical methods and scale-up strategies for commercially relevant natural products.

FermentationProcess development
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PLANT PLATFORMS

Plant biotechnology partners · Replace in Admin

Combine plant chassis, transient expression and cultivation expertise to produce structurally complex, high-value molecules.

Plant chassisMolecular farming
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TRANSLATION PARTNERS

Technology-transfer partners · Replace in Admin

Shape intellectual-property, validation and licensing pathways that move research assets toward real-world deployment.

Technology transferLicensing
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VENTURE PARTNERS

Investment and commercialization partners · Replace in Admin

Align technical milestones, product-market evidence and scale-up capital around high-potential synthetic biology programs.

Venture buildingCommercialization
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FIELD NOTES

Updates from the lab

Share publications, partnerships, scale-up milestones and team news. Upload images and files, or import an existing announcement in Admin.

DESIGN · BUILD · SCALE

20XX.06 · Scale-up

Pilot fermentation campaign reaches its first process milestone

Sample update: share a validated scale-up milestone, the team behind it and the next decision point for the program.

20XX.03 · Partnership

New collaboration connects plant engineering with downstream analytics

Sample update: introduce the scientific objective, complementary expertise and expected translational value. Import a Markdown, text or JSON draft in Admin.

LET'S CONNECT

Let ambitious biology meet the right collaborators.

EMAILyour.name@example.com
LOCATION

Your City · Your Country

AFFILIATION

Your Institute / Company · Synthetic Biology Center

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