Great Lakes Bioenergy Research Center (GLBRC)

Big news! We are so excited to announce that @ENERGY has awarded #GLBRC and our partner BRCs 5 more years of funding to continue our mission of developing sustainable alternatives to fuels and products currently made from petroleum. Learn more: glbrc.org/news/glbrc-rec…

GLBRC researchers developed toolkits using Mobile-CRISPRi and synthetic promoters to control gene expression in microbes like Zymomonas mobilis. The goal: engineer strains that resist toxins and produce more bioproducts from biomass. Learn more: glbrc.org/news/genetic-t…

Research from the GLBRC explores how efflux pumps can balance energy efficiency and selectivity. The study found that more efficient pumps can expel a broader range of toxins, helping microbes better survive industrial fermentation processes. Read more: glbrc.org/news/energy-ef…

New research from @michiganstateu's Bruno Basso and G. Philip Robertson uncovers a novel method to more accurately predict nitrous oxide emissions in agriculture. The findings were published in @PNASNews. READ: canr.msu.edu/news/new-msu-r…

Join @UWEnergy for a March Madness-themed virtual bioenergy forum on March 24th! Speakers from @GLBioenergy representing four of the most promising bioenergy crops will face off in a bracket-style botanical showdown. Learn more and register to attend: go.wisc.edu/crop-madness

We are looking for a student to join us in the Karlen lab! Apply and learn more: studentjobs.hr.wisc.edu/cw/en-us/job/5… #hiring @GLBioenergy #job #studentjob #UWMadison

WE ARE #HIRING!!! Work with GLBRC in the TerAvest lab as a postdoc! You'll get to study the bacterium Zymomonas mobilis and make a direct impact in the world of biofuels. More information and application instructions: careers.msu.edu/jobs/postdocto… #job#career#postdoc @MSUNatSci

Read more on our website: glbrc.org/news/glbrc-inv…

A team including current and former GLBRC scientists has won the 2025 @WARF_News Innovation Award for engineering soybeans that naturally produce a red pigment and a brain boosting compound. Check it out! youtu.be/vQX25xfGtaY?si… #agriculture #uwmadison #ecofriendly #soy

We are thrilled to announce that Dr. Sarah Lebeis has been appointed as the next Science Director at GLBRC! Read more about her experience researching how plants can recruit root microbes, survive stress, and boost resilience: glbrc.org/news/unravelin… #msu #glbrc #soilscience

Plants under pressure: As CO2 rises and temperatures surge, scientists at the GLBRC are investigating how to keep food systems resilient. Read more: glbrc.org/news/seeds-hope #agriculture #glbrc

Federica Brandizzi (@msubrandizzilab) is now the lead of @MSUDOEPlantLab ! Read more about this exciting transition on our website: glbrc.org/news/glbrc-sci…

Audrey Gasch's lab works with budding yeast, a model organism used to study and understand fundamental principles of how cells work. #WARF100 @uwchancellor @uwgenetics @uwsmph @GLBioenergy warf.org/commercialize/…

Meet Brayan Riascos-Arteaga, a PhD student at UW-Madison working on transforming manure fibers into renewable products. Check out his journey at glbrc.org/news/graduate-… @UWEnergy

The GLBRC’s new workforce development manager, Alexandra Schnoes, brings both scientific training and career development experience to the table, helping shape the center’s future. Read more about Alexandra: glbrc.org/news/spotlight…

In a cross-country collaboration, researchers from CABBI, @GLBioenergy and @jbei developed industrially feasible techniques for second-generation #biofuel production from oilcane, a variety of sugarcane, to help meet the growing demand for fuels. News ➡️ cabbi.bio/pretreatment-m…

SWEET success! A group of MSU students genetically modified sorghum to better target high-value terpenoids. Read more about the impact of their research: glbrc.org/news/sweet-suc… @MSUNatSci

What started as a last-minute contest entry for a group of @michiganstateu students has resulted in a better understanding of how to translate science into marketable solutions to real-world problems. SWEET ideas in biofuel: glbrc.org/news/sweet-suc…

Elise Rivett, a biochemist in the Hegg’s Lab, reinvented an outdated model used to trace N2O- a GHG 300x more potent than CO2. Learn more about the impact of her achievement at glbrc.org/news/new-model…

More info and application instructions: glbrc.org/about/job-oppo…

WE ARE #HIRING‼️ Join the @HittingerLab to study yeast evolution, ecology, and bioenergy applications of yeast species as a Research Associate. Apply by August 15 #research #job