Harvard-discovered microbiome science. Peer-reviewed publications. Here's what the press had to say.
From peer-reviewed journals to mainstream media — FitBiomics science doesn't stay in the lab.
FitBiomics' probiotic supplement — derived from the gut microbiomes of elite athletes — is making waves as science's wildest new performance hack. Turns out, what elite runners have in their gut could help the rest of us train harder and recover faster.
A Harvard study found that elite marathon runners carry a unique strain of bacteria that converts lactic acid into propionate — a discovery that could reshape how we think about athletic performance and recovery.
Jonathan Scheiman turned his Nature Medicine research into a company that could democratize the biology of elite athletic performance. Meet FitBiomics.
FitBiomics isn't your average supplement company. Its products come directly from the gut microbiomes of some of the world's best endurance athletes — and the science backs it up.
The gut microbiomes of marathon finishers contain biological tools that the rest of us simply don't have — until now. FitBiomics is working to change that.
Veillonella atypica represents a new category of performance biology — not stimulants, not supplements, but a living organism that changes how your body processes its own waste products.
Scientists studying the microbiomes of elite endurance athletes identified a bacterial strain that metabolises lactic acid — potentially giving ordinary people access to biology previously exclusive to the world's top runners.
These aren't press releases. These are published, independently reviewed studies in world-class journals.
Every article, podcast, broadcast, and feature mentioning FitBiomics and the science behind it.
Harvard scientists plan to make performance-enhancing gut bacteria available to everyone in supplements.
Harvard researchers are creating a probiotic pill to help boost endurance in athletes and everyday people alike.
New research shows the gut microbiomes of elite athletes contain performance-boosting bacteria absent in sedentary people.
Scientists sequenced the gut microbiomes of Boston Marathon finishers and found a bacterial strain that may fuel athletic performance.
Research suggests Veillonella atypica — a bacterium found in elite runners — converts lactic acid into propionate, a fuel that boosts endurance.
Bacteria harvested from the guts of Boston Marathon runners helped lab mice run significantly longer — pointing to a new era of microbiome-based performance.
Harvard's Wyss Institute announces the discovery that sparked FitBiomics — a performance-linked bacterium found in the guts of elite endurance athletes.
A bacterium enriched in the microbiomes of marathon runners can convert the byproducts of intense exercise into an energy source.
Researchers found that elite athletes harbor a special microbe in their gut that converts lactate — a byproduct of strenuous exercise — into a fuel that enhances performance.
FitBiomics' probiotic products are derived directly from the microbiomes of the world's most elite athletes — and the science is peer-reviewed.
Nature examines the emerging science of microbiome-based performance enhancement and the evidence behind FitBiomics' approach.
Scientists have found a bacteria in the guts of elite runners that could help average athletes perform better — and it's being turned into a probiotic.
A new probiotic supplement derived from elite athletes' gut microbiomes could give everyday people access to the same performance biology as world-class runners.
Could gut bacteria from Olympic athletes be the next frontier in legal performance enhancement? FitBiomics thinks so — and the science agrees.
Rolling Stone's health experts weigh in on the supplements worth your money — including FitBiomics' athlete-derived probiotics.
Vice gets into the science — and the story — behind FitBiomics' Nella probiotic and what it means to harness an elite athlete's gut biology.
FitBiomics translates peak-performance microbiome science into accessible supplements backed by Harvard research.
The gut microbiomes of elite athletes may contain the biological keys to better health — for all of us. Les Mills explores the science.
FitBiomics officially enters the market with Nella — the first commercial probiotic derived from elite athlete microbiomes.
FitBiomics begins piloting V·Nella — a probiotic targeting the gut-muscle axis with Veillonella atypica — with early adopters in endurance sports.
A new study finds that Nella's athlete-derived probiotic strains improved sleep quality in 69% of participants and energy levels in 31%.
V·Nella launches commercially, bringing the first Veillonella-based probiotic to market with clinical data on fatigue reduction and physical activity gains.
A spotlight on Carolina Barsa — FitBiomics' Chief Innovation & Growth Officer — and what it takes to build a science-first wellness brand.
Official launch announcement for V·Nella — the first commercially available Veillonella atypica probiotic targeting the gut-muscle axis.
Jonathan Scheiman shares how FitBiomics is built on a foundation of peer-reviewed science and a mission to democratize elite performance biology.
Forbes explores how Veillonella atypica — a bacterium exclusive to elite runners' guts — may hold the key to improving athletic endurance for everyone.
Pro cyclist Amanda Coker — a FitBiomics Nella athlete — talks training, recovery, and how the gut microbiome plays a role in sustained performance.
A new study reveals that elite endurance athletes carry a gut bacterium capable of converting exercise byproducts into an energy-boosting compound.
New Atlas covers the landmark research identifying Veillonella atypica as a performance-linked microbe — and how FitBiomics plans to make it widely available.
Whole Foods Magazine explores how probiotic supplementation derived from marathon runners' microbiomes may help athletes and everyday people improve endurance.
St. John's University profiles FitBiomics founder Jonathan Scheiman's journey from college basketball walk-on to Harvard-trained microbiome scientist.
The Sun reports on FitBiomics' breakthrough probiotic — derived from elite athletes — that could help ordinary people train harder and recover faster.
A deep look at how the physical stress of a marathon reshapes the gut microbiome — and what the surviving bacteria tell us about human performance limits.
Jonathan Scheiman outlines FitBiomics' commercialization roadmap and the science behind the world's first athlete-derived probiotic product.
Wyss Institute-launched startup FitBiomics secures exclusive license for the performance-enhancing bacteria technology developed at Harvard Medical School.
FitBiomics joins the NutraCast podcast to discuss why women's biology makes them uniquely suited to benefit from microbiome-based performance science.
National Geographic explores how gut microbiome science is poised to redefine what's possible in human athletic performance.
GE's science roundup includes FitBiomics' landmark discovery linking elite athlete gut microbiomes to performance enhancement.
Fox 5 New York covers FitBiomics and the science behind probiotic supplements derived from elite athletes' gut microbiomes.
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