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  1. In vitro and mouse studies have found that short-chain fatty acids--specifically, butyric acid, propionic acid, and acetic acid--produced by the gut microbiome inhibit growth of the opportunistically pathogenic fungus *Candida albicans* by impairing its uptake of glucose.

    Summary: medicalxpress.com/news/2026-07

    Original paper: cell.com/cell-host-microbe/ful

    #Science #Health #GutMicrobiome #SCFA #Candida

  2. In vitro and mouse studies have found that short-chain fatty acids--specifically, butyric acid, propionic acid, and acetic acid--produced by the gut microbiome inhibit growth of the opportunistically pathogenic fungus *Candida albicans* by impairing its uptake of glucose.

    Summary: medicalxpress.com/news/2026-07

    Original paper: cell.com/cell-host-microbe/ful

    #Science #Health #GutMicrobiome #SCFA #Candida

  3. In vitro and mouse studies have found that short-chain fatty acids--specifically, butyric acid, propionic acid, and acetic acid--produced by the gut microbiome inhibit growth of the opportunistically pathogenic fungus *Candida albicans* by impairing its uptake of glucose.

    Summary: medicalxpress.com/news/2026-07

    Original paper: cell.com/cell-host-microbe/ful

    #Science #Health #GutMicrobiome #SCFA #Candida

  4. In vitro and mouse studies have found that short-chain fatty acids--specifically, butyric acid, propionic acid, and acetic acid--produced by the gut microbiome inhibit growth of the opportunistically pathogenic fungus *Candida albicans* by impairing its uptake of glucose.

    Summary: medicalxpress.com/news/2026-07

    Original paper: cell.com/cell-host-microbe/ful

    #Science #Health #GutMicrobiome #SCFA #Candida

  5. In vitro and mouse studies have found that short-chain fatty acids--specifically, butyric acid, propionic acid, and acetic acid--produced by the gut microbiome inhibit growth of the opportunistically pathogenic fungus *Candida albicans* by impairing its uptake of glucose.

    Summary: medicalxpress.com/news/2026-07

    Original paper: cell.com/cell-host-microbe/ful

    #Science #Health #GutMicrobiome #SCFA #Candida

  6. 🍩 Inzulinrezisztencia – a bélflóra, ami segít a glükóztoleranciában! 📉
    A 2-es típusú cukorbetegséget és az inzulinrezisztenciát régóta a rossz étkezési szokások és a genetika számlájára írják. A kutatások azonban bizonyítják, hogy a bélflóra kulcsszerepet játszik a glükóztolerancia szabályozásában.
    #cukoranyagcsere #glükóztolerancia #akkermansia #scfa
    #aradiágnes #komplementeroktatóközpont #természetgyógyászoktatás #természetgyógyászat #egészség

  7. Microbial SCFAs as #epigenetic mediators: fine-tuning the gut-brain axis in #neurodegenerative disorders.

    Short-chain fatty acids from gut microbes modulate brain epigenetics, offering neuroprotective effects & therapeutic potential for neurodegenerative disorders.

    davidojcius.blogspot.com/2026/ #OpenAccess #microbiota #SCFA #microbiology

  8. 🏃 A mozgás és a mikrobiom – sportolj, a baktériumok imádni fogják! 💪
    A rendszeres fizikai aktivitás az egyik legerősebb természetes prebiotikum. A mozgás nemcsak az izmokat és a szív-érrendszert erősíti, hanem közvetlenül és pozitívan befolyásolja a bélflóra összetételét és funkcióját. 🚴
    #edzés #sport #prebiotikum #bélflóra #SCFA
    #aradiágnes #komplementeroktatóközpont #természetgyógyászoktatás #természetgyógyászat #egészség

  9. 👑 A rost a mikrobiom "szeméttelenítője" és tápláléka! 🍎
    A rostok azok a szénhidrátok, amelyeket az emberi szervezet nem tud megemészteni. Ez azonban nem azt jelenti, hogy feleslegesek! A bélflóra jótékony baktériumai (pl. Bifidobacterium, Lactobacillus) számára a rost a fő táplálék (prebiotikum). 🌿
    #prebiotikum #SCFA #butirát #bélflóra #emésztés
    #aradiágnes #komplementeroktatóközpont #természetgyógyászoktatás #természetgyógyászat #egészség

  10. Buonanotte with a stooping header at the far post from Lamptey's cross nearly marks his first start with a goal, blocked by keeper Bonham for a corner, 0-0 (8). #BHAFC #SCFA #FACup

  11. Buonanotte with a stooping header at the far post from Lamptey's cross nearly marks his first start with a goal, blocked by keeper Bonham for a corner, 0-0 (8). #BHAFC #SCFA #FACup

  12. Pamer discusses dysbiosis and altered metabolomes in chronic liver disease patients and liver transplant patients, which had not been studied in depth. A decrease in obligate anaerobes, #SCFA and secondary #BileAcids seem hallmarks #KSMicroResistance22

  13. Pamer discusses dysbiosis and altered metabolomes in chronic liver disease patients and liver transplant patients, which had not been studied in depth. A decrease in obligate anaerobes, #SCFA and secondary #BileAcids seem hallmarks #KSMicroResistance22

  14. Pamer discusses dysbiosis and altered metabolomes in chronic liver disease patients and liver transplant patients, which had not been studied in depth. A decrease in obligate anaerobes, #SCFA and secondary #BileAcids seem hallmarks #KSMicroResistance22

  15. Pamer discusses dysbiosis and altered metabolomes in chronic liver disease patients and liver transplant patients, which had not been studied in depth. A decrease in obligate anaerobes, #SCFA and secondary #BileAcids seem hallmarks #KSMicroResistance22