Your purchase of the Tiny Health Gut Test may contribute to science on the potential link between the infant (and mom) gut microbiome and the development of allergies. In partnership with Free to Feed, we intend to publish our findings when the study concludes.
And we think the number is much higher when it comes to babies and toddlers. From recent research we know that there’s an association between the gut microbiome and the progression of atopic march: eczema, food allergies, asthma and allergic rhinitis[2], [3], [4]. However:
Get the valuable insights of gut microbiome testing and discover the connection between baby gut health and immune development.
Help other parents get to the root cause of allergies while contributing to important research.
You can learn the most about your baby’s health and protect against chronic conditions by tracking changes on their gut health over their first 1000 days.
We recommend testing at 7 days old, and every 3 months until your baby is 18 months old.
A Tiny Health subscription gets you:
The study is now complete. Thank you for your interest in participating.
Tiny Health offers at-home gut tests for the whole family. We focus on a baby’s first 1,000 days to address imbalances that may cause chronic conditions such as allergies. Processed in a CLIA-certified lab and using comprehensive shotgun metagenomics sequencing, Tiny Health gives parents personalized insights and evidence-based recommendations to improve a baby’s lifelong health.
Tiny Health’s mission is to improve health outcomes of future generations through evidence-based insights.
Free to Feed is dedicated to finding solutions for food reactivity through research, education, and products. Our science-based approach empowers families to reach their feeding goals. In 2023, we will be launching the first at-home allergen detection kit for human milk. This will provide parents proper data on their individual dietary transfer to rule out or confirm specific food triggers and continue their breast or body feeding journey.
Free to Feed's mission is to educate, inspire, and empower all journeys to support health and happiness
This study is only open to people who have purchased Tiny Health baby gut tests.
To further investigate the important connection between a mom and baby’s gut microbiome, we encourage that the mom also submit one gut test along with her baby’s at a discounted rate.
A stool sample can be taken directly from a soiled toilet tissue or diaper using our dry swab method.
You will fill out surveys upon sampling and towards the end of the research period, as you’ll be a part of furthering allergy research.
Processed in a CLIA-certified lab and using proprietary technology, Tiny Health’s gut test provides strain-level precision and a complete list of all microbes in the gut microbiome including bacteria, fungi, virus, parasites, and archaea. Results will take 4-5 weeks to arrive.
The research-edition gut test is suitable for families with children between 0-3 years old who have been diagnosed by a healthcare provider (must provide official documents) with one of the following conditions:
If the subject does not have a diagnosis listed, they may be enrolled in the control arm.
Qualifications to participate in this study:
Read more about the common baby food allergies here.
Every report includes a personalized expert note that is reviewed by a team of microbiome experts.
Tiny Health also provides actionable, and evidence-based recommendations to give each baby the best possible start in life.
The microbiome result report and action plan are a part of the regular Tiny Health Gut Test product and not associated with the research study.
You will be eligible to receive $50 off 2 subsequent purchases if you complete all the required surveys, making the next gut test only $149.
We use deep-shotgun metagenomics sequencing, the gold standard to get a comprehensive analysis you can rely on to make informed decisions
We use functional profiling to what microbes are present, how much of them are there, and what they’re actually doing
We use strain-level identification and precision science to detect and confirm microbes' transference, probiotics impact, and more