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Jonathan Conway
Principal Investigator
Princeton University
I'm working on
10 minutes ago
Engineering microbial systems for agricultural and industrial biotechnology. I study and engineer plant-microbe interactions to improve plant growth, health, and resilience. I also engineer microbes and enzymes for lignocellulosic biomass conversion into fuels and chemicals.
I'm looking for
9 months ago
Sponsored research partnerships and collaborative projects to translate microbiome-based and microbial engineering research toward agricultural and industrial biotechnology applications.
About
My lab at Princeton develops microbial solutions for agricultural and industrial biotechnology by uncovering and exploiting the mechanisms that govern interactions between microbes, plants, and lignocellulosic biomass. My group integrates genomics, systems biology, and controlled plant and bioprocess assays to identify microbial traits that improve plant growth, health, and resilience or enable efficient biomass deconstruction. These insights are translated into engineered microbes, enzymes, and plant-microbe systems. I am particularly interested in collaborative projects that move discoveries toward real-world application.
Partnering listings
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JC
Princeton University

Integrated computational and experimental protein engineering for agriculture

An integrated design–build–test workflow for rapid protein variant engineering, combining computational structural analysis, in silico mutagenesis, and experimental expression and biochemical assays. Designed to optimize...

Consulting serviceUniversity
JC
Princeton University

Microbial solutions to enhance drought resilience in lawns and gardens

Research develops microbial-based solutions to improve plant resilience to drought and heat stress in lawn and garden systems. The approach uses naturally occurring plant-associated bacteria to promote robust root develo...

TechnologyIn developmentUniversity
JC
Princeton University

Thermophilic bioprocessing platform for upcycling lactose into value-added chemicals

A thermophilic bioprocessing platform using Caldicellulosiruptor bescii to convert lactose-rich streams into value-added chemicals like acetone and 2,3-butanediol. This approach reduces contamination risks and energy cos...

TechnologyConceptualUniversity
JC
Princeton University

Auxin balancing biologics for enhanced plant growth

Innovative bacteria strains designed to degrade excess auxin in the rhizosphere, optimizing plant hormone balance and promoting growth. These biologics enhance crop resilience and can synergize with existing agrochemical...

TechnologyIn developmentUniversity
JC
Princeton University

Genetic engineering of non-model bacteria for natural product discovery

A cutting-edge approach to identify and engineer genes responsible for natural product formation in non-model bacteria, enhancing the bioactivity and production of valuable compounds.

TechnologyIn developmentUniversity
profile picture
Jonathan Conway
Principal Investigator
Princeton University
Work experience
Principal Investigator
2021 - Present
Postdoctoral Scientist
2017 - 2021
PhD, Chemical Engineering
2011 - 2017
Top industry applications
Agricultural biotechnologyBiofuel developmentCrop yield optimizationFermentation technology
Expertise
Agricultural EngineeringBiochemical EngineeringBioenergyMicrobiologySystems Biology
Last updated Sep 2026
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