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#mesophilic — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #mesophilic, aggregated by home.social.

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  1. I use a mesophilic culture to make strained "mesoyogurt". I've switched to a new bug, and I am really liking how it turns out.

    #fermentation #milk #dairy #yogurt #mesophilic #mesoyogurt

  2. I use a mesophilic culture to make strained "mesoyogurt". I've switched to a new bug, and I am really liking how it turns out.

    #fermentation #milk #dairy #yogurt #mesophilic #mesoyogurt

  3. A new bacterial species from a hydrothermal vent throws light on microbial evolution phys.org/news/2023-11-bacteria paper: microbiologyresearch.org/conte

    "The #discovery of a #mesophilic (adapted to moderate temperatures) #Hydrogenimonas species was unexpected. The strain likely provides us with the opportunity to investigate their evolutionary transition from a #thermophilic to a mesophilic and from an #autotrophic (capable of creating organic compounds) to a #heterotrophic (consumes #autotrophs) lifestyle"

  4. A new bacterial species from a hydrothermal vent throws light on microbial evolution phys.org/news/2023-11-bacteria paper: microbiologyresearch.org/conte

    "The #discovery of a #mesophilic (adapted to moderate temperatures) #Hydrogenimonas species was unexpected. The strain likely provides us with the opportunity to investigate their evolutionary transition from a #thermophilic to a mesophilic and from an #autotrophic (capable of creating organic compounds) to a #heterotrophic (consumes #autotrophs) lifestyle"

  5. A new bacterial species from a hydrothermal vent throws light on microbial evolution phys.org/news/2023-11-bacteria paper: microbiologyresearch.org/conte

    "The #discovery of a #mesophilic (adapted to moderate temperatures) #Hydrogenimonas species was unexpected. The strain likely provides us with the opportunity to investigate their evolutionary transition from a #thermophilic to a mesophilic and from an #autotrophic (capable of creating organic compounds) to a #heterotrophic (consumes #autotrophs) lifestyle"

  6. A new bacterial species from a hydrothermal vent throws light on microbial evolution phys.org/news/2023-11-bacteria paper: microbiologyresearch.org/conte

    "The #discovery of a #mesophilic (adapted to moderate temperatures) #Hydrogenimonas species was unexpected. The strain likely provides us with the opportunity to investigate their evolutionary transition from a #thermophilic to a mesophilic and from an #autotrophic (capable of creating organic compounds) to a #heterotrophic (consumes #autotrophs) lifestyle"