Looking back on a year of growth and ahead to a year of opportunity: our Q&A with Georgia Bio Chair Patty Fritz

Patty Fritz, UCB Vice President, U.S. Corporate Affairs, presided as chair of Georgia Bio during its 30th anniversary year. Looking back on advancements in Georgia’s life sciences industry in 2019 and ahead to what 2020 may hold, she recently shared her thoughts with us. We are pleased to share them with you in the following Q&A.

Q: How would you characterize 2019 for the Georgia life science industry?Patty Fritz headshot

A: This has been an exciting year of growth for the Georgia life sciences industry. In Georgia Bio’s 30th anniversary year, the organization’s transformation is reflective of the life sciences in Georgia as a whole. I think about all of the rich pieces of the puzzle we enjoy here. Georgia is home to leading academic research institutions, startups, the Centers for Disease Control and Prevention, entrepreneurs along with robust biotech, medical device, pharma, digital, and global health industries.

Global health has risen to a top growth opportunity for the state. This year made clear to us that policy makers and state officials recognize the importance of the life science industry’s contribution to improving lives, economic growth, and opportunities for the future.

Q: What were the most encouraging ecosystem developments this year?

A: Our state of the industry report released in April shows the life science industry contributes to 3.7% of total employment in the state and $21.8 billion to the state’s gross domestic product. We are very encouraged by, and thankful for recognition of the industry’s value and importance by the governor, lieutenant governor, and policymakers. The appropriation of state funding for Georgia Bio’s Rural Teacher Training Initiative is one very specific example of this recognition. It serves the interest of furthering our ability to support STEM education and cultivate Georgia’s future workforce in the life sciences.

Q: What do you think 2020 will bring to the ecosystem?

A: I think we will see the industry continue its growth trajectory in 2020. The support of our policymakers and communities to attract and incentivize investment in the life sciences will help more startups grow. It will also encourage future investment in expansion by more established organizations like UCB, Takeda, and Boehringer-Ingelheim and others with existing presence in the state. All of the work at UCB that is done right here in Georgia is aimed at developing medical advancements and interventions for people with severe diseases.

Q: What would you encourage your colleagues – or incoming board chair for example – to make priorities in 2020?

STEM classroom with teacher and students

A: Continue to support workforce preparedness through STEM education programming and our research ecosystem. We all need to continue to grow our collective engagement with policymakers. We need to ensure incentives are available to grow and contribute more to the state’s economy. Strengthen your connections between life science ecosystem stakeholders. This supports our need to amplify our impact and opportunity to cultivate and grow a sustainable ecosystem of innovation..

Q: What have you learned during your time as Georgia Bio Chair?

A: Serving as Georgia Bio Chair has helped me recognize how valuable the resources and impact of the community are right here at home. I thought I knew prior to becoming chair, but this experience has given me a better understanding of just what we have here in our own backyard. The leadership of Georgia Bio and other life science organizations here, like the Georgia Global Health Alliance, is very strong.

In my experience, I have found consistently that the goals amongst the life sciences industry leaders are incredibly high. And given the ingredients to support those leaders and those organizations, those goals are achievable.

I would also have to say that the Georgia life sciences has a unique strength that extends beyond the borders of Georgia and even the United States, and that is our ability to lead in the global health ecosystem. I reflect on the presence of the Center for Disease Control and the Georgia Global Health Alliance, just to mention a couple.

We also benefit from a thriving health technology and specifically digital health industry that is growing and having an even greater role in healthcare and in medical innovation.

Overall, we have enormous capability to come together with a shared vision and roadmap for advancing the life sciences and its positive patient impacts in Georgia and beyond. To get there requires us to come together, be intentional and clear about what we want to do, how we’re going to do it, and hold ourselves accountable to deliver.

Q: Who would you like to thank?

A: I want to thank Maria Thacker-Goethe for her leadership. She took on her new role during a year of transition and has done tremendous work. She is a thread between many organizations in the ecosystem and community, balancing their needs along with Georgia Bio’s in order to continue to move us ahead. I thank the Georgia Bio Executive Committee which has been instrumental in supporting her and serving as an important part of the fabric that binds the ecosystem together. I want to thank my own company, UCB, not just for its commitment to our own mission, its impact and value, but for being vibrant contributor to Georgia’s health economy. And I especially thank my family for allowing me to dedicate so much time and work to UCB and the state.

Q: Is there anything else you’d like to share?

We have a leading role to play as an accelerant to amplify the impact of innovative digital health and health tech companies in Georgia like Sharecare, Patientory, and others. They do not live alongside the life sciences industry as traditionally defined, they are interwoven within it. The life sciences industry is more than ever an integrated set of capabilities. Data collected from patients is essential in delivering real world insight into patient experiences, gaps and needs. Aggregating large data sets to which we would not normally have access enable us to learn more about what’s working and what’s not more quickly to inform our research. That research brings better interventions for patients in the future. It’s all connected. We use AI to understand patient populations most likely to be responsive to certain treatments, address unmet needs and bring new therapies to patients.

Thank you, Patty for your service as Georgia Bio Chair and for your insights!

April 30, 2026
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April 17, 2026 - Nutrivert Inc., a developer of non-antibiotic replacements for antibiotic growth promoters in livestock, today announced it has completed the first close, raising $2.375 million, of its Series A-2 funding round of $6 million. The round was led by global animal health investor Arrow Ventures with participation from other investors. The funding will be used to further develop Nutrivert’s manufacturing, human food safety and target animal safety and efficacy packages for the company’s lead product Nutrivert LDPP. Nutrivert LDPP is a proprietary, novel, orally available, lipidated synthetic enantiomeric desmuramyl analog of muramyl dipeptide, the smallest conserved immunoactive component of bacterial peptidoglycan. LDPP has no antibacterial effect but has consistently promoted growth and improved feed efficiency in pig studies. LDPP binds to the mammalian NOD2 receptor and is the only NOD2 ligand reported to inhibit the inflammatory signal NF-κB. In pilot studies, LDPP rescued 70kg pigs from an otherwise lethal dose of porcine reproductive and respiratory syndrome virus (PRRSV) and abrogated influenza disease symptoms in piglets. The Company intends to develop LDPP for all major livestock species worldwide. Patents have been granted in most major markets. The global antibiotic growth promoter market is worth an estimated $5.8 billion. Approximately 73% of all antibiotics are fed to livestock. The market is believed to be the world’s largest drug market by volume, with ~100,000 tons of active pharmaceutical ingredient administered annually. FDA’s latest data, for 2024, show a 13% rise in U.S. livestock antibiotic use since 2017. The Food and Agriculture Organization reports that livestock antibiotics are mostly given to speed animal growth. Regulators and non-governmental organizations have called for reduction of antibiotic use in livestock, citing concerns that the global, intensive use of antibiotics, often at subtherapeutic doses, selects for antimicrobial resistance: bacteria that are “immune” to antibiotics and that therefore pose a threat to public health. Spillovers of antibiotic-resistant bacteria from livestock to humans have been documented. “Nutrivert LDPP has consistently improved feed efficiency in pigs without antibiotics,” said Bernhard Kaltenboeck, CSO. “We are excited to have the support of Arrow Ventures and our other investors in bringing a new tool that will help producers reduce production costs and reduce selection pressure for antimicrobial resistance.” About Nutrivert LDPP: LDPP is an investigational compound currently undergoing clinical evaluation. It has not been approved by the U.S. Food and Drug Administration (FDA), the European Medicines Agency (EMA), or any other global regulatory authority for any indication. The safety and efficacy of LDPP have not been established. Any mention of potential use is based on preliminary data and does not guarantee future regulatory clearance or commercial availability.
April 16, 2026
[Seattle, WA] April 15, 2026 – Apprenti, the leading national intermediary for Registered Apprenticeship (RA), is proud to announce the formal approval and filing of the National Biomanufacturing Technician Standards with the U.S. Department of Labor (USDOL). Crafted under the strategic guidance of the Apprenti Life Science Advisory Board—which includes leaders from Pfizer, Merck, Thermo Fisher, and Biogen—these standards were developed in close partnership with the Life Sciences Workforce Collaborative (LSWC) and InnovATEBIO as part of a high-impact NIIMBL project. This approval represents a foundational shift for the industry, moving away from a fragmented, state-by-state approach to a scalable, consistent model for developing biomanufacturing professionals at sites across all 50 states. The national standards provide a “plug-and-play” framework that ensures a technician trained in Massachusetts or North Carolina meets the same rigorous, industry-vetted benchmarks as one in Ohio or Missouri. The foundational development of these national standards was informed by existing Life Science RA programs from organizations across the country, including: MassBioEd, Oregon Life Sciences, National Center for Therapeutics Manufacturing (NCTM), BioSTL, Wistar Institute, North Carolina Life Sciences Apprenticeship Consortium (NCLSAC) and others. A National Engine for Talent: The filing of these standards is a cornerstone of NIIMBL’s efforts to strengthen domestic biomanufacturing capabilities and develop the workforce of the future. Beyond the standards themselves, the project is delivering a suite of resources and tools—including a comprehensive Employer Toolkit and specialized screening rubrics—that state-based organizations and employers can leverage to implement RA programming for their most in-demand roles. “These national standards set the stage for a sustainable, skills-first pipeline that mirrors the rigor of the industry’s most complex manufacturing processes,” said Daniel Weagle, Director of Life Science Business Development at Apprenti. “By providing a unified approach, we are empowering national employers to scale their workforce development efforts strategically and accessibly.” The Value Proposition of Registered Apprenticeship For Life Science employers, the Registered Apprenticeship model offers a compelling business case rooted in cost-effectiveness and long-term stability: High Retention: RA programs boast exceptional retention rates—historically as high as 89% to 90%—as apprentices are trained within a company’s specific culture and protocols from day one. Cost Efficiency: Research indicates that for every dollar spent on apprenticeship, employers see an average return of $1.47 in increased productivity and reduced recruitment costs. Inclusive Innovation: The model expands access to untapped talent pools, including non-degreed individuals and career-switchers, ensuring the biomanufacturing workforce reflects the demographics of the communities it serves. As the global biopharmaceutical market is projected to exceed $570 billion by 2032 , this partnership between Apprenti, NIIMBL, and industry leaders ensures that the U.S. workforce is not just prepared for the future of manufacturing, but is actively driving it. This project was developed with an award from the National Institute for Innovation in Manufacturing Biopharmaceuticals (NIIMBL) and financial assistance from the U.S. Department of Commerce, National Institute of Standards and Technology (70NANB21H086). About Apprenti: Apprenti is a 501(c)(3) nonprofit organization and a U.S. Department of Labor recognized Intermediary. Apprenti designs and delivers scalable Registered Apprenticeship (RA) programs in high-demand industries. By adapting the proven apprenticeship model, Apprenti helps employers meet workforce needs while training the next generation of skilled professionals. Apprenti’s programs are industry-recognized, federally approved, and supports employers across the country. Since launching in 2015, Apprenti has partnered with employers, government agencies, and education providers to create new apprenticeship pathways. About NIIMBL The National Institute for Innovation in Manufacturing Biopharmaceuticals (NIIMBL) is a public-private partnership whose mission is to accelerate biopharmaceutical innovation, support the development of industry standards, and educate a world-leading workforce. Media Contact: Dan Maiese, Communications Manager, dmaiese@niimbl.org , 302-831-3824 About the Life Sciences Workforce Collaborative (LSWC) The Life Sciences Workforce Collaborative (LSWC) is a national nonprofit coalition of state, regional and national life science associations and institutes who are working together to build a competitive, and future-ready life sciences workforce. Originally founded in 2012 as the Coalition of State Bioscience Institutes (CSBI), LSWC connects industry, academia, and government partners through data-driven insights, best practice sharing, and collaborative programs. Learn more at www.LifeSciencesWorkforce.org About InnovATEBIO InnovATEBIO is a National Center for Biotechnology Education, working to advance the education of highly skilled technicians for the nation’s biotechnology workforce. Toward this goal, InnovATEBIO provides leadership in biotechnology technician education, including support for development and sharing of best practices and emerging technologies in biotechnology workforce development. Read LSWC's full announcement here.
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