Honey actually contains a range of beneficial microbes contributed by bees and the plants they forage, including lactic-acid producing bacteria (Lactobacilli), and when eaten raw, may contribute health-promoting strains to our bodies. These bacteria have been identified as indispensable to the immunity of the individuals and the hive as a whole, as well as in affecting the behavior of the different types of bees that inhabit these complex colonies. Considering the possibility of our ancient co-evolutionary relationship with honey, is it possible that our own immune systems and microbial populations share dependency on honey-based microbes?
https://www.activistpost.com/2023/05/how-raw-honey-could-save-your-microbiome-and-travel-back-in-time.html
Honey actually contains a range of beneficial microbes contributed by bees and the plants they forage, including lactic-acid producing bacteria (Lactobacilli), and when eaten raw, may contribute health-promoting strains to our bodies. These bacteria have been identified as indispensable to the immunity of the individuals and the hive as a whole, as well as in affecting the behavior of the different types of bees that inhabit these complex colonies. Considering the possibility of our ancient co-evolutionary relationship with honey, is it possible that our own immune systems and microbial populations share dependency on honey-based microbes? https://www.activistpost.com/2023/05/how-raw-honey-could-save-your-microbiome-and-travel-back-in-time.html
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How Raw Honey Could Save Your Microbiome (and Travel Back In Time) - Activist Post
The total genetic information in our bodies is about 99% microbial in origin, with many of these microbes performing life-sustaining functions
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