Interested in working with us? Have a question? Book a meeting with JooHee! bit.ly/3xgyXKE #ASMicrobe

Looking forward to seeing all your awesome work!!

We're delighted to support iGEM Austin-UTexas UT iGEM Team, who are addressing gluten sensitivities by aiming to enhance gluten-degrading enzymes in Rothia mucilaginosa #iGEM2024 #synbio

We're excited to support iGEM TU Eindhoven's cancer immunotherapy project that leverages bacterial components to stimulate targeted immune responses against cancer cells to minimize side effects while improving treatment efficacy. #iGEM2024 #synbio iGEM TU Eindhoven

We're thrilled to support iGEM HKUST who aims to develop a sustainable DHA production method by genetically modifying Yarrowia lipolytica and integrating the PUFA synthase gene cluster, while employing optimization strategies to increase yields. #iGEM2024 #synbio

We're delighted to support iGEM Aachen to revolutionize cancer therapy by developing a microbiome-based approach using Fusobacterium nucleatum, to target colorectal cancerous tissue while minimizing collateral damage to healthy tissues. #iGEM2024 #synbio iGEM Team Aachen

Excited to support iGEM Lund who aims to tackle climate change by reducing methane emissions from cows through genetic modification of Cupriavidus necator to produce bromoform, a methanogenesis inhibitor. #iGEM2024 #synbio iGEM Team Lund

Thrilled to support iGEM Düsseldorf in tackling textile challenges! Using bacteria like Vibrio natriegens and Komagataeibacter rhaeticus, they're optimizing textile properties like elasticity, color, and water repellency. #iGEM2024 #synbio iGEM Duesseldorf 2024

Delighted to support iGEM Rochester's CyanoPrint project that tackles climate change! Using modified cyanobacteria like Synechocystis sp. PCC 6803, they're creating a bio-photovoltaic cell to sequester CO2 and generate green energy. #iGEM2024 #synbio U of R iGEM 2024

We're excited to support iGEM TU Delft who are aiming to reduce the need for nitrogen-based fertilizers by introducing organelles into eukaryotes and studying endosymbiotic relationships with A. vinelandii, A. agilis, and C. subtropica. #iGEM2024 #synbio iGEM TU Delft

We're thrilled to support the iGEM Boston University team who aims to tackle food insecurity by modifying soil organisms like A. lipoferum, A. vinelandii, and P. synxantha, to serve as soil health indicators to maximize crop productivity. #iGEM2024 #synbio iGEM BU

We're delighted to support iGEM Marburg who aims to enhance rubber production in Russian dandelion (Taraxacum kok-saghyz) by developing a molecular toolbox to optimize genetic transformations using Alphaproteobacteria like Azospirillum brasilense. #iGEM #synbio iGEM Marburg 2024

Missed us at ASM 2024? Learn about what we saw and watch our presentation! cultivarium.org/news/s6jyqisz8…

What papers impressed you by establishing genetic transformation for a large number (5+) of microbes? Your answers will help something brewing for the Cultivarium organism portal (cultivarium.org/portal). 2 examples we like below: