Bifidobacterium animalis subsp. lactis (600 billion/g) (Freeze-dried)

Food Code: 254842
High-potency freeze-dried Bifidobacterium animalis subsp. lactis probiotic powder (600 billion CFU/g) for supplement and low-temperature functional-food formulations.
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Bifidobacterium animalis subsp. lactis is a high-potency freeze-dried probiotic powder (600 billion CFU/g) for dietary supplement, sachet, drink powder and low-temperature functional-food applications.


BenefitTypical use rangeTechnical positioningEvidence basis
Microbiome and digestive support50-100 mg/dayUsed to support probiotic-count targets in finished products; health outcomes depend on the finished formula, serving size and population.Human probiotic literature and formulation practice
Barrier and immune-balance positioning50-100 mg/dayProbiotic research supports gut barrier, microbiota and immune-modulation positioning, while exact effects should be kept evidence-scoped.Peer-reviewed probiotic reviews
High-count formulation efficiencyCalculate by CFU targetThe 600 billion CFU/g potency allows low inclusion rates in capsules, sachets and powder blends when processing temperature and moisture are controlled.Product potency specification

For finished supplements, calculate the serving dose from the desired live-count target and include overage for expected stability loss during shelf life.



Mechanistic highlights

  1. Microbiota modulation: Probiotic organisms can shift community composition and metabolite patterns depending on host baseline and finished serving design.
  2. Barrier support: Gut-barrier effects are commonly linked with epithelial tight-junction signaling, mucus ecology and reduced inflammatory signaling in suitable models.
  3. Process sensitivity: Viability is sensitive to heat, moisture, oxygen and compression stress, so cool processing and moisture-barrier packaging are important.


Safety & practical use

  • Typical formulation range: Start from 50-100 mg/day for this high-potency material, then adjust by target CFU per serving and stability data.
  • Processing: Add after heat treatment or into a cooled premix; avoid wet granulation and prolonged exposure above 40C.
  • Storage: Keep frozen, sealed and dry; minimize repeated thawing and exposure to humid air.
  • Allergen profile: No inherent milk, egg, fish, peanut, wheat, soy or gluten allergen is declared for the raw material; cross-contact depends on production control.
  • Consumer caution: Immunocompromised consumers, infants, pregnant users or people with serious disease should use probiotic products under professional guidance.


Bifidobacterium animalis subsp. lactis (600 billion/g) (Freeze-dried)
High-potency freeze-dried Bifidobacterium animalis subsp. lactis probiotic powder (600 billion CFU/g) for supplement and low-temperature functional-food formulations.

Bifidobacterium animalis subsp. lactis is a high-potency freeze-dried probiotic powder (600 billion CFU/g) for dietary supplement, sachet, drink powder and low-temperature functional-food applications.


BenefitTypical use rangeTechnical positioningEvidence basis
Microbiome and digestive support50-100 mg/dayUsed to support probiotic-count targets in finished products; health outcomes depend on the finished formula, serving size and population.Human probiotic literature and formulation practice
Barrier and immune-balance positioning50-100 mg/dayProbiotic research supports gut barrier, microbiota and immune-modulation positioning, while exact effects should be kept evidence-scoped.Peer-reviewed probiotic reviews
High-count formulation efficiencyCalculate by CFU targetThe 600 billion CFU/g potency allows low inclusion rates in capsules, sachets and powder blends when processing temperature and moisture are controlled.Product potency specification

For finished supplements, calculate the serving dose from the desired live-count target and include overage for expected stability loss during shelf life.



Mechanistic highlights

  1. Microbiota modulation: Probiotic organisms can shift community composition and metabolite patterns depending on host baseline and finished serving design.
  2. Barrier support: Gut-barrier effects are commonly linked with epithelial tight-junction signaling, mucus ecology and reduced inflammatory signaling in suitable models.
  3. Process sensitivity: Viability is sensitive to heat, moisture, oxygen and compression stress, so cool processing and moisture-barrier packaging are important.


Safety & practical use

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