The future of probiotics is an exciting frontier, and it's time to shift our focus beyond mere logistics. In this article, we'll delve into the fascinating world of advanced probiotic delivery and its potential impact on our health.
The Evolution of Probiotic Delivery
At the forefront of this paradigm shift is Lucas Chang, an R&D Manager at TCI, who emphasizes the need to move beyond the traditional engineering mindset. For years, the goal was simple: ensure the survival of microbes during transit. However, Chang argues that this is just the beginning.
What truly matters is the context and functionality of these probiotics once they reach their destination. The real advancement lies in our ability to trace and understand the biological processes they initiate.
Tracing the Evidence Chain
The concept of an "evidence chain" is crucial here. It involves tracking the microbiome's function, the production or transformation of bioactive compounds, the host's response, and the measurable impact on various body systems. If any of these steps remain unclear, the probiotic's mechanism might be questionable.
This is especially critical when discussing healthy aging, as our bodies' responses to biological challenges change over time.
Tackling Aging Pressure Points
Aging is not a linear decline; it's a series of pressure points. Chang cites a longitudinal study that reveals two significant checkpoints in our lifespan.
Around our 40s, changes in lipid metabolism, alcohol processing, and cardiovascular health suggest a shift in how our bodies handle pressure. The second transition, around age 60, involves immune regulation, carbohydrate metabolism, and oxidative stress pathways.
Healthy aging, according to Chang, is not about avoiding these transitions but about building resilience to handle and recover from these biological challenges.
Targeting Aging Stresses with Probiotics
Two common aging stresses are fat accumulation and alcohol consumption. TCI has developed a patented probiotic strain, TCR711 (Bacillus coagulans TCI711), to target these challenges.
In a study with adults suffering from non-alcoholic fatty liver disease, TCR711 improved liver-fat outcomes by 8.7% compared to a placebo. Interestingly, this strain also seemed to impact gut ecology, suggesting a broader effect.
Another study showed that TCR711 supplementation led to faster alcohol clearance, indicating its potential to support the body's response to acute alcohol-related challenges.
Engineering Functional Probiotics
Chang emphasizes that designing functional probiotics is about more than just delivery. It's about defining the desired health outcomes and functions we want to influence.
Instead of starting with a strain, we should begin with the desired result and work backward, defining the microbial job and building the probiotic around it. This changes the entire product design process.
Liquid Probiotic Chocolate: A Daily Habit
TCI has developed a liquid chocolate format for its probiotic, which not only aids survival but also integrates probiotics into our daily routines. This format provides a strain-friendly environment with reduced moisture and oxygen exposure.
Chang suggests that advanced probiotic delivery might not always require forcing probiotics into supplement formats. Sometimes, the answer lies in our everyday foods and habits.
Conclusion
The future of probiotics is about understanding and harnessing their biological functions. By tracing the evidence chain and focusing on desired health outcomes, we can develop targeted probiotics that support our bodies' resilience as we age.
This shift in perspective opens up exciting possibilities for the role of probiotics in our daily lives and overall well-being.
