Can Saccharomyces boulardii HS5 Break Cold Chain Limitations with Exceptional Heat Resistance?
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Update time : 2026-06-18 11:39:59
Leveraging the natural heat resistance of yeast and advanced VPro-5 microencapsulation technology, Saccharomyces boulardii HS5 successfully overcomes the traditional reliance of probiotics on cold chain logistics. This dual-protection mechanism ensures an exceptionally high survival rate under high temperatures, during long-distance transportation, and in complex storage environments, effectively eliminating the need for continuous cold chain requirements.
This remarkable stability is primarily attributed to the unique characteristics of the strain and our proprietary processing technology. As a scientifically supported yeast strain, HS5 is inherently more resistant to high temperatures and gastric acid than conventional bacterial probiotics. Building on this foundation, the VPro-5 microencapsulation technology provides the probiotics with a robust protective shield. This advanced technology significantly enhances stability under extreme temperatures and ensures consistent viability throughout transportation and storage, effectively preserving its superior efficacy until it reaches the end consumer.
Beyond its outstanding stability, HS5 offers exceptional commercial value in formulation applications. Available in a wide concentration range of 10 million to 20 billion CFU/g, it supports highly customized blending services. Brand owners can flexibly adjust formulation strengths without concerns about heat-induced viability loss. Backed by rigorous quality control, HS5 provides a highly reliable and efficient ingredient solution for developing ambient-temperature functional foods, powdered beverages, and dietary supplements.
This remarkable stability is primarily attributed to the unique characteristics of the strain and our proprietary processing technology. As a scientifically supported yeast strain, HS5 is inherently more resistant to high temperatures and gastric acid than conventional bacterial probiotics. Building on this foundation, the VPro-5 microencapsulation technology provides the probiotics with a robust protective shield. This advanced technology significantly enhances stability under extreme temperatures and ensures consistent viability throughout transportation and storage, effectively preserving its superior efficacy until it reaches the end consumer.
Beyond its outstanding stability, HS5 offers exceptional commercial value in formulation applications. Available in a wide concentration range of 10 million to 20 billion CFU/g, it supports highly customized blending services. Brand owners can flexibly adjust formulation strengths without concerns about heat-induced viability loss. Backed by rigorous quality control, HS5 provides a highly reliable and efficient ingredient solution for developing ambient-temperature functional foods, powdered beverages, and dietary supplements.
