PREBIOTICS
Prebiotics are specialized dietary fibers that serve as food for probiotics, supporting their growth and activity for a balanced gut microbiome.
We offer two of the most commonly used prebiotics—naturally sourced and highly purified—to help formulators develop effective gut health solutions:
- FOS (Fructooligosaccharides) – 95% derived from plant sources such as sugarcane and chicory root
- MOS (Mannanoligosaccharides) – extracted from the cell walls of Saccharomyces cerevisiae (baker’s yeast)
PROBIOTICS
Probiotics are live microorganisms that, when consumed in adequate amounts, provide health benefits to the host—primarily by supporting gut health, immunity, and overall well-being. But what makes Indibiome Probiotic Strains the preferred choice for formulators across industries?
DISCOVER WHY INDIBIOME PROBIOTICS ARE YOUR BEST PICK
- High-Potency, Clinically Relevant Strains
We offer carefully selected, high-quality strains with excellent potency and stability—allowing formulators to design optimal product ratios while delivering full-spectrum health benefits.
- Advanced Microencapsulation Technology
All applicable strains (excluding Bacillus and yeast-based species) are microencapsulated to enhance survivability across varying pH levels, temperatures, humidity, and during transportation or processing.
- Flexible Grade Options – Human, Food & Animal
We understand diverse industry needs and offer strains suitable for human nutrition, food & beverage applications, and animal health, with built-in overages to ensure efficacy throughout shelf life.
- Food-Grade Fermentation for Clean Cultures
Our food-grade strains are produced using controlled fermentation in dedicated fermenters, ensuring contamination-free cultures that are safe, consistent, and compliant for food industry use.
THE INDIBIOME ADVANTAGE
We combine strain-specific expertise, stringent quality control, and flexible supply capabilities to empower your brand with innovative probiotic solutions—backed by science and ready for the real world.
PROBIOTIC STRAINS WE OFFER
| Lactobacillus | acidophilus | 200 Billion CFU |
| rhamnosus | 200 Billion CFU | |
| brevis | 200 Billion CFU | |
| bulgaricus | 50 Billion CFU | |
| reuteri | 100 Billion CFU | |
| casei | 300 Billion CFU | |
| paracasei | 400 Billion CFU | |
| gasseri | 200 Billion CFU | |
| plantarum | 400 Billion CFU | |
| salivarius | 300 Billion CFU | |
| helveticus | 250 Billion CFU | |
| johnsonii | 250 Billion CFU | |
| fermentum | 250 Billion CFU | |
| crispatus | 250 Billion CFU | |
| lactis | 300 Billion CFU | |
| Bifidobacterium | longum | 100 Billion CFU |
| bifidum | 100 Billion CFU | |
| lactis/animalis | 500 Billion CFU | |
| breve | 300 Billion CFU | |
| infantis | 50 Billion CFU | |
| Bacillus | coagulans | 250 Billion CFU |
| subtilis | 200 Billion CFU | |
| clausii | 300 Billion CFU | |
| licheniformis | 200 Billion CFU | |
| megaterium | 100 Billion CFU | |
| polymyxa | 100 Billion CFU | |
| amyloliquefaciens | 100 Billion CFU | |
| pumilus | 100 Billion CFU | |
| Streptococcus | thermophilus | 400 Billion CFU |
| faecalis | 400 Billion CFU | |
| Pediococcus | acidilactici | 100 Billion CFU |
| pentosaceus | 100 Billion CFU | |
| Saccharomyces | boulardii | 20 Billion CFU |
| cerevisiae | 20 Billion CFU | |
| Rhodococcus | rhodochrous | 100 Billion CFU |
| Paracoccus | denitrificans | 100 Billion CFU |
| Nitrosomonas | eutropha | 100 Billion CFU |
| Nitrobacter | winogradskyi | 100 Billion CFU |
| 100 Billion CFU | ||
| Thiobacillus | denitrificans | 100 Billion CFU |
| Rhodobacter | sphaeroides | 100 Billion CFU |
| Rhodopseudomonas | palustris | 100 Billion CFU |
| Propionibacterium | freudenreichii | 100 Billion CFU |
| Propionibacterium | shermanii | 100 Billion CFU |
POSTBIOTICS
We offer postbiotics—heat-killed versions of nearly all our probiotic strains, excluding Bacillus and yeast-based species.
These non-viable strains retain key bioactive components, offering health benefits without the need for live cells.
Postbiotics are highly stable, making them ideal for use in a wide range of solid and liquid formulations. They can withstand high temperatures, pH variations, and humidity, giving formulators greater flexibility in product development.
