How Seeding Labs Is Closing the Global Gap in Scientific Research
From Boston's biotech hub to laboratories around the world, Seeding Labs is proving that scientific breakthroughs don't just depend on brilliant minds. They depend on access to the right tools.
Boston is home to some of the world's leading research institutions, biotech companies, and scientific innovators. But what happens when equally talented scientists elsewhere in the world don't have access to the equipment they need to conduct research?
That's the challenge Seeding Labs, a Boston-based nonprofit, is working to solve.
In a recent episode of SenseTreck, a podcast produced in partnership with Startup Boston, host Shriya Jonnalagadda sat down with Melissa Wu, CEO of Seeding Labs, and Kala Subramanian, a Seeding Labs board member with a background in biotech and venture capital, to explore the global inequalities in scientific infrastructure, the challenges of funding a nonprofit, and what startup founders can learn from an organization focused on creating impact rather than generating profit.
Their conversation revealed a fundamental truth: Innovation isn't always limited by talent or ideas. Sometimes, it's limited by access.
The Global Science Gap: Talent Is Everywhere, Resources Aren't
According to Wu, approximately 80% of the world's scientific resources are concentrated in just 10 countries, even though the vast majority of the global population lives elsewhere - that disparity has significant consequences for which scientific questions get answered, which diseases receive research attention, and which communities benefit from scientific discoveries.
Seeding Labs was founded roughly 20 years ago by graduate students at Harvard Medical School who witnessed these inequalities firsthand while working in laboratories around the world.
They encountered scientists who were washing and reusing disposable gloves and laboratory tubes because they couldn't afford replacements. These weren't researchers lacking ambition or expertise. They were scientists trying to solve important problems without the basic infrastructure needed to do their work.
For Kala, who grew up in India before moving to the United States, the contrast was especially familiar. Working in Boston's biotech industry highlighted just how dramatically access to scientific infrastructure can differ between countries. The underlying challenge isn't a lack of scientific talent. It's the uneven distribution of resources that allows that talent to flourish.
And as the COVID-19 pandemic demonstrated, unequal access to scientific infrastructure has consequences that extend far beyond national borders.
Turning Surplus Lab Equipment Into Scientific Opportunity
Seeding Labs approaches this challenge through a model that connects surplus laboratory equipment with universities and research institutions in under-resourced countries. Rather than focusing on individual researchers, the organization works with entire academic departments, research centers, and colleges to strengthen institutional scientific capacity.
Here's how the process works:
Institutions identify their needs. Universities and research centers apply to Seeding Labs, outlining their scientific challenges and the equipment that could help address them.
Seeding Labs builds its inventory. Through corporate donations, the organization collects approximately 80 categories of laboratory equipment, from basic bench instruments to sophisticated analytical tools.
Institutions select their equipment. Approved partners receive access to Seeding Labs' inventory and choose instruments that meet their specific needs.
Equipment is shipped overseas. Typically, between 100 and 200 instruments are packaged into a shipping container and delivered to the institution.
Impact is measured over time. Seeding Labs follows up with institutions to understand how the equipment is improving research and education.
It's a model that transforms existing resources into opportunities for scientists who might otherwise go without. And the results extend well beyond the equipment itself.
Measuring Impact Beyond the Numbers
For a traditional startup, success might be measured through revenue growth, customer acquisition, or market share. For Seeding Labs, the definition of success is different.
The organization looks at whether communities are gaining greater access to the benefits of science. That includes expanding the scientific workforce, improving educational
opportunities, and enabling researchers to develop solutions to challenges in their own communities.
During the podcast, Wu shared that Seeding Labs has supported approximately 270,000 undergraduate, master's, and PhD students by providing access to laboratory equipment for training and research, but those numbers tell only part of the story.
The organization also considers the experiences of individual scientists, including researchers who can now pursue projects that were previously impossible because of equipment limitations. The ultimate goal isn't simply to place instruments in laboratories. It's to build the scientific capacity that allows institutions and communities to solve problems independently.
For founders, there's an important lesson here: The metrics that are easiest to count aren't necessarily the ones that best capture your long-term impact.
The Nonprofit Version of a Startup's Growth Dilemma
One of the most interesting parts of the conversation centered on a challenge that will sound familiar to nearly every startup founder: having more opportunities than resources. Wu described the tension between operating with an abundance mindset while remaining constrained by limited funding.
Seeding Labs sees opportunities to expand beyond laboratory equipment into scientific training, AI and IT infrastructure, publishing support, and international research collaboration, but pursuing those opportunities requires time, people, and funding. That creates a difficult decision.
Should the organization invest resources in developing new programs that could generate greater long-term impact? Or should it focus on strengthening the existing program that's already delivering results?
It's a challenge that closely resembles the decisions early-stage founders face when considering new products, markets, or customer segments. Growing too quickly can weaken the core business, but remaining too focused on existing operations can mean missing opportunities to create something bigger.
For Seeding Labs, the answer has been to build on what it does well while developing the capacity to expand thoughtfully.
Why Funding Scientific Infrastructure Is So Difficult
Scientific breakthroughs are compelling stories. A new cancer treatment, a promising drug discovery, or an AI-powered diagnostic tool can capture attention and attract funding, but the laboratory equipment, technical training, and infrastructure required to make those breakthroughs possible? Those investments are often less visible.
Kala explained that while significant capital flows toward areas such as AI-driven drug discovery and therapeutics, the foundational infrastructure supporting scientific innovation receives comparatively less attention.
Yet without that infrastructure, many scientists can't participate in the research that could lead to the next major discovery. This creates a particular challenge for Seeding Labs: convincing funders to invest in the conditions that make innovation possible, rather than only the breakthroughs themselves.
The organization has historically relied heavily on corporate partnerships, particularly with pharmaceutical companies and laboratory equipment manufacturers that can donate surplus instruments. Those relationships are a natural fit for its mission. However, corporate philanthropic priorities can change, creating uncertainty for organizations that depend on them.
Individual donors offer a different opportunity. People who develop a personal connection to a mission may remain committed even as broader economic or corporate priorities shift.
For Seeding Labs, building a sustainable funding model means cultivating both types of support. And for startup founders, the parallel is clear: Diversifying your sources of support can be just as important as growing them.
What Startup Founders Can Learn From Nonprofit Leadership
Although nonprofits and venture-backed startups operate under different financial models, Kala sees striking similarities in how they communicate their missions and build support. Both must clearly articulate the problem they're solving, explain why their solution matters, and convince others to believe in a future that doesn't yet exist.
The questions are familiar:
What problem are we solving?
Why does our solution matter?
Why is now the right time?
Why should someone invest in our vision?
Whether the audience is a venture capitalist or a philanthropic donor, the organization must communicate a compelling reason to get involved.
However, Wu highlighted one important difference. For-profit startups typically identify an existing or emerging market and develop solutions that customers will pay for. Nonprofits often address challenges where no viable commercial market exists. That means they aren't simply competing to serve a market. They're building awareness and attracting resources toward a problem that traditional markets have failed to solve.
It's a different approach to creating demand, but one that requires many of the same skills founders use every day: storytelling, relationship-building, strategic focus, and a clear understanding of the problem.
Why Boston Has a Role to Play in Global Scientific Progress
Boston's concentration of universities, pharmaceutical companies, biotech startups, researchers, and investors makes it an unusually resource-rich scientific ecosystem.
For Seeding Labs, that creates tremendous opportunities for partnerships and access to equipment, but it also creates a potential blind spot. When world-class research institutions are located just down the street, it's easy to overlook the challenges scientists face in other parts of the world.
Wu emphasized the importance of expanding how Boston's scientific community thinks about its global responsibility. Researchers in countries such as Ghana, Jamaica, and the Philippines are working on problems that matter deeply to their communities. Supporting their ability to conduct research doesn't mean simply exporting Boston's model of scientific innovation. It means understanding local needs and helping institutions develop the infrastructure that's right for them.
And that requires more than equipment, it requires awareness, partnerships, philanthropic support, and a willingness to recognize scientific talent wherever it exists. For Boston's startup and biotech community, it's an opportunity to think about innovation on a much broader scale.
Building the Future of Science, Together
Seeding Labs' work offers an important reminder that scientific progress isn't driven by breakthrough ideas alone; it also depends on the infrastructure, funding, and institutional support that allow those ideas to become reality.
For startup founders, the organization's experience offers valuable lessons about capital efficiency, strategic growth, communicating impact, and building sustainable partnerships.
For Boston's biotech community, it presents an opportunity to use the region's extraordinary concentration of scientific resources to support researchers around the world. And for everyone else, it's a reason to reconsider what it actually takes to make innovation possible.
Because the next major scientific breakthrough could come from anywhere - the question is whether the scientists working toward it have the tools they need.
🎧 Listen to the Full Conversation on Cents Check
How do you measure the impact of scientific equipment donations? What can nonprofit leaders teach startup founders about scaling with limited resources? And how can Boston's biotech community help expand access to scientific research worldwide?
Hear the full conversation with Melissa Wu and Kala on Checks Check, hosted by Shriya Jonnalagadda in partnership with Startup Boston.
The episode explores the realities of building scientific infrastructure globally, navigating nonprofit funding challenges, and creating meaningful impact across borders.
