BOHEMIA, NY /  Scientific Industries, Inc. (OTCQB: SCND), a life sciences tool provider and
developer of digitally simplified bioprocessing products, today announced that Scientific Bioprocessing, Inc.
(SBI) has formed a unique partnership with BioMADE to bring state-of-the-art equipment and transformational
learning experiences to college students across the United States. Together they will bring Scientific
Bioprocessing’s real-time solution for biomass monitoring and bioprocessing technology training resources to
20 community and technical college Biotech Career Technical Education programs.

BioMADE – the Bioindustrial Manufacturing and Design Ecosystem – is a new Manufacturing Innovation
Institute dedicated to advancing bioindustrial manufacturing across the nation. Scientific Bioprocessing is a
leader in the development of intelligent shake flasks designed to deliver a step change in the cost and time to
develop new products using both microbial and mammalian cell culture. The Educational Module features
innovative biomass monitoring sensors, liquid injection system, and integrated data analytics software which
deliver bioreactor-like data with the cost and convenience of a shake flask – the most common reaction vessel
in science.

BioMADE brings together a diverse range of member organizations, from large corporations to universities to
start-ups. Launched with significant federal support in 2021, BioMADE harnesses the power of biology to
create and domestically source the manufactured goods that people use every day.

Scientific Bioprocessing is a member of a team of industry and academic partners who were recently awarded
$650,000 as part of BioMADE’s first project call to develop curricula around affordable infrastructure for digital
bioprocessing education. University of Georgia, Albany State University, and Solano Community College will be
designing curriculum under the award for bioreactor monitoring and control and design of experiments.
With this generous contribution from Scientific Bioprocessing, BioMADE launched a call for interested
institutions to apply to participate. Community and technical colleges will be selected based on institutional
need, ability to implement curriculum, and industry engagement. Those awarded will receive $16,000 of
equipment at no cost, bringing much-needed resources to schools working to provide valuable, hands-on
experiences to students. Interested institutions may find the application form here, and sign up to attend an
informational webinar on January 7 here.

“BioMADE is thrilled to have Scientific Bioprocessing invest in our mission through this partnership,” said
Thomas Tubon, Chief Workforce Development Officer at BioMADE. “Scientific Bioprocessing’s strength in
digital optical sensor technology and data analytics will bring critical experience and expertise to the BioMADE
community and help us build and strengthen the foundation of the emerging bioindustrial manufacturing
workforce.”

“We’re excited to partner with BioMADE and all of its member organizations to propel new biotechnology
products from the laboratory to the commercial market and provide resources to train a skilled workforce,”
said John Moore, President of Scientific Bioprocessing. “Students who have solid understanding of engineering
principles and hands-on experience with bioreactors are highly valuable to employers. Unfortunately, many
technical colleges with biotechnology programs cannot afford bioreactors. Now, with our intelligent shake
flasks, students can learn important engineering principles like mass transfer that improve their value to
potential employers. The bioindustrial manufacturing ecosystem is poised for significant growth in the coming
decade, and by joining BioMADE, we’re ensuring that Scientific Bioprocessing will be part of that growth.”

About BioMADE
BioMADE is one of nine Department of Defense-sponsored Manufacturing Innovation Institutes. Through
funding, action, and engagement, BioMADE supports the development of biomanufacturing technologies to
strengthen American competitiveness; create a more robust, resilient, and bio-based supply chain; and help
the U.S. become more self-sufficient. BioMADE is also building a diverse and globally competitive STEM
workforce by partnering with K-12 schools, community colleges, universities, and professional development
organizations to ensure the workforce is prepared and ready to fill new jobs. Learn more about BioMADE by
visiting biomade.org.

About Scientific Bioprocessing, Inc.
Scientific Bioprocessing, Inc. (SBI) is dedicated to providing state-of-the-art instruments, strategies, and
technologies to expedite the production of viable cells and therapies with a streamlined process and product
consistency. SBI’s mission is to develop sensor technologies and instruments that make cell culture and
bioprocessing work easier, experiments more reproducible, and culture conditions better suited to meet
experimental objectives. SBI is a subsidiary of Scientific Industries Inc. (SCND-OTCQB) To learn more, visit
www.scientificbio.com.

About Scientific Industries, Inc.
Scientific Industries (OTCQB:SCND), is a life science tool provider. It designs, manufactures, and markets
laboratory equipment, including the world-renowned Vortex-Genie® 2 Mixer and Torbal® balances, and
bioprocessing systems under the product name Cell Growth Quantifier and Liquid Injection System. Scientific
Industries’ products are generally used and designed for research purposes in laboratories of universities,
hospitals, pharmaceutical companies, medical device manufacturers, and pharmacies. To learn more, visit
www.scientificindustries.com.

Safe Harbor Statement
Statements made in this press release that relate to future events, performance or financial results of the
Company are forward-looking statements which involve uncertainties that could cause actual events,
performance or results to materially differ. The Company undertakes no obligation to update any of these
statements. Readers are cautioned not to place undue reliance on these forward-looking statements, which
speak only as to the date hereof. Accordingly, any forward-looking statement should be read in conjunction
with the additional information about risks and uncertainties set forth in the Company’s Securities and
Exchange Commission reports, including our annual report on Form 10-K.