Our science
We focus on where symptoms begin
Biotasmart's recommendations allow professionals to address the underlying causes of patients' symptoms, supported by a microbiota and key function analysis.
Application areas
Science, microbiota and health
How microbiota analysis can support clinical practice
Gut microbiota analysis enables identification of microbial imbalances, inflammation markers, and intestinal barrier disruptions.
What we analyze:
- Microbial diversity and taxonomic richness
- Intestinal inflammation markers
- Pathogen and dysbiosis detection
The microbiota produces essential metabolites for cellular energy metabolism. Analyzing its composition helps identify deficiencies.
What we analyze:
- Short-chain fatty acid production
- Microbial synthesis of B vitamins
- Mitochondrial function markers
The microbiome influences macronutrient metabolism and hormonal regulation. Knowing the microbial profile enables designing more effective strategies.
What we analyze:
- Microbiome profiles associated with metabolism
- Energy extraction capacity
- Bile acid metabolism
The gut-brain axis connects the microbiota with the production of neurotransmitters such as serotonin, GABA, and dopamine.
What we analyze:
- Microbial production of neurotransmitters
- Systemic inflammation markers
- Intestinal permeability
The microbiota participates in the synthesis of melatonin precursors and in the regulation of the circadian rhythm.
What we analyze:
- Production of melatonin precursors
- Nocturnal inflammation markers
- Sleep-associated dysbiosis
The gut microbiota modulates the immune response and immunological tolerance.
What we analyze:
- Immunomodulatory microbial populations
- Short-chain fatty acid production
- Tolerance-associated species