Want to stay in touch with BioMADE’s announcements, opportunities, events, and more? Follow BioMADE on LinkedIn for the most up to date news from our innovative network and initiatives:

RT @IowaStateUNews: See how Iowa State engineers are advancing the Bioreactor Innovation Project launched by @schmidtsciences and @TheBioMA….

RT @schmidtsciences: What if a bioreactor could think for itself?. At @IowaStateU, Nigel Reuel’s team built a self-driving system using AI,….

RT @schmidtsciences: Bioreactors power the bioeconomy, but their design hasn’t kept up with modern manufacturing needs. Schmidt Sciences an….

Through this BioMADE project, members @Checkerspot_ and @ucdavis developed new tools to predict performance of fermentation processes at a larger scale, which can help companies save significant time and capital:

Over 280 high school students around the country built the foundational skills needed for a career in biotechnology and biomanufacturing through this BioMADE project with @SystemsSally, @ArsBiotechnica, @etsu, and @ArborBio:

BioMADE is pleased to announce Owen Barwell as its Chief Financial Officer. Barwell brings over 35 years of experience spanning the federal, public, and private sectors across the energy, professional services, aerospace, commercial real estate, and more:

Member @Amyris de-risked the production of many commercially important bio-based products using a novel in-situ product removal (ISPR) technique in a 20-liter bioreactor. Learn about the next steps of this BioMADE project:

Through a BioMADE project, members @SuperbrewedFood and @LockheedMartin teamed up to produce and characterize novel bio-derived magnetic nanoparticles that are suitable for a wide range of applications including advanced electronics, batteries, and more:

Through this BioMADE project, members @bluestembio and @biofuelresearch created an open-source code base that simplifies the techno-economic analysis for anaerobic biomanufacturing processes:

RT @MFGUSA: Talk about momentum! In the past few weeks, our @MFGUSA institutes have announced:.📽️ New videos.🏗️ New facilities.💸 New fundin….

Last week, BioMADE announced an agreement with Lygos to transition its biomanufacturing infrastructure into a nationally available, multi-user facility. Learn more about BioMADE’s plan independently operate the 25,000 square foot pilot-scale facility:

BioMADE recently announced a $132M investment in biomanufacturing infrastructure in Maple Grove, MN. This facility will allow companies of all shapes and sizes to take their processes to the next level, and establish the U.S. as a leader in biotechnology:

RT @StarTribune: Nonprofit BioMADE picks Maple Grove for its $132M flagship plant

BioMADE would like to extend its deepest thanks to member Cambium and Gardner Builders for their generous sponsorship of the 2025 Member Meeting! Learn more about their work:

BioMADE is pleased to have Gardner Builders as a valued sponsor of the 2025 BioMADE Member Meeting! Gardner Builders is a team of experienced individuals dedicated to delivering exceptional spaces that fuel innovation and growth:

BioMADE is grateful for member Cambium’s support of the 2025 BioMADE Member Meeting! Cambium is creating never-seen-before sustainable, ultra-high-performance biomaterials to address the most pressing challenges of the 21st century:

BioMADE is pleased to have Gardner Builders as a valued sponsor of the 2025 BioMADE Member Meeting! Gardner Builders is a team of experienced individuals dedicated to delivering exceptional spaces that fuel innovation and growth:

Last week, @biotech_gov released its action plan to advance U.S. leadership in biotechnology for national security and economic resilience. Read the report:

BioMADE is thrilled to have Cambium as a Pilot-Scale Sponsor for the 2025 BioMADE Member Meeting! Cambium is a radically different materials company delivering better, faster, cost-effective defense hardware via biotech engineering. Register to attend now:

Through a BioMADE project, member @eXoZymes is taking a new approach to enzyme engineering in biomanufacturing by designing enzymes that can thrive outside living cells, eliminating complexity, improving reaction yields and innovating biofuel production: