St. Paul, MN – Jord BioScience, a leader in transforming regenerative agriculture, recently hosted an open house at its new laboratory and office facility located in the University Enterprise Laboratories (UEL), 1000 Westgate Drive, St. Paul, MN.
“We are grateful for the support from University Enterprise Labs and our Jord Board and investors that got this project off the ground and makes this a world class facility,” said Dr. Keri Carstens, CEO of Jord BioScience. “These high-quality workspaces allow us to exponentially scale our business as we innovate for the ag industry. The Twin Cities offer a rich startup ecosystem and a highly educated workforce, specifically for agtech start-ups. The Midwest is the right place for Jord!”
During the event, community members, industry professionals, and University of Minnesota representatives toured the company’s new office and lab facilities and received an overview from Jord team members of Jord’s innovative science to improve biologicals products and the future of the agriculture industry.
“What’s important to us at UEL is that we continue to create an environment, experience, and opportunity for companies like Jord BioScience to thrive. Not only is the science extremely innovative, but I have had the privilege to see the effects of what happens when you build a strong team with skills that complement each other,” says UEL’s Executive Director Brad Larmie.
“Our mission at Jord BioScience is to dramatically improve microbial product performance for farmers,” Carstens said. “We are also committed to fostering strong community relations and believe that our open house event was a way to connect and communicate directly with our valued community members and stakeholders.”
For more information about Jord BioScience and upcoming events, please visit Jord BioScience – Transforming Regenerative Agriculture or contact partnerships@jordbioscience.com.
About Jord BioScience:
Jord BioScience develops microbial technologies that enhance performance of biologicals products for improved crop productivity.