The science behind happy | BACS
happy | BACS is based on the latest scientific insights into the female microbiome influencing female health & wellbeing.
Yes, you heard right!
Every vagina and uterus has its own microbiome.
"When you think of microbiomes, you probably first think of the skin or the gut. But did you know that the vagina and uterus also have their own little microbes?"
Why happy | BACS?
Your new daily health routine.
The female body contains over 250 microorganisms in the vagina alone, which make up the specific female microbiome. These tiny helpers are crucial for important female processes such as intimate health, fertility, menstrual cycle, endometriosis or menopause, but they are significantly affected by our modern lifestyle, diet, and stress.
Targeted support from helpful bacteria should be a new standard for every woman's daily health routine.
THE MICROBIOME SCHOOL
Unlocking Your Health: Explore the power of your microbiome in our exclusive webinar.
Discover why your microbiome is crucial for your fertility and female health journey in our engaging 5-minutes webinar. Sign up to secure your spot now.
Our Science
"happy | BACS was developed with the help of gynecologists and microbiologists and is based on the scientific findings of our own and external studies."
Clinical Study
70% more good bacteria
happy | BACS contains components that were able to increase the number of good bacteria in a dysbiotic vaginal microbiome by 70%.
In Vitro Study
4.2x higher antioxidative microbial function
happy | BACS contains components that were able to protect from patogenes like e.coli or g.vaginal, produce lactic acid for better pH and had a high antioxidative activity.
Observational Study
Improved vaginal well-being & immunity
An improved vaginal microbiome led to a better vaginal comfort, less discharge and overall well-being.
How we do our Research:
Sourcing
Reproductive microbiota biobank access to +10 clinics and 1,000+ strains catalogue.
Sequencing
Use of transcriptomics and sequencing technologies to identify single strains & consortia.
Isolation
Isolation of individual bacteria strains and metabolic factors on selective growth media.
Validation
By microbiologic In vitro & In vivo models and immunological testing, using on-a-chip organs.
Artificial Intelligence
To automate rapid genetic readout of microbial properties & their specific reproductive functions.