Neurdle, Sept 6, 2023: Can gut flora affect brain health? There are many theories about its role in multiple sclerosis https://t.co/NImQJTqIOm, Alzheimer's disease https://t.co/Y2u59IILl6, or Parkinson's disease https://t.co/QSpqog0b35 Guest Neurd Maya Ne
RT @ales_frost: #remissionbiome "We identified pos & neg regulators that mediate microglial control of astrocytes. These findings define…
Microglial control of astrocytes in response to microbial metabolites https://t.co/YDRneqc6aX "The microbial metabolism of dietary Trp generates AHR agonists such as I3S, which limits astrocyte pathogenic activities and EAE development"
@ales_frost Microglial control of astrocytes in response to microbial metabolites https://t.co/YDRneqc6aX "The microbial metabolism of dietary Trp generates AHR agonists such as I3S, which limits astrocyte pathogenic activities and EAE development"
RT @ales_frost: "The microbial metabolism of dietary tryptophan (Trp) generates AHR agonists such as I3S, which limits astrocyte pathogeni…
"The microbial metabolism of dietary tryptophan (Trp) generates AHR agonists such as I3S, which limits astrocyte pathogenic activities and EAE development." https://t.co/xfE6P5F3d3
#remissionbiome "We identified pos & neg regulators that mediate microglial control of astrocytes. These findings define a pathway through which microbial metabolites limit pathogenic activities of microglia & astrocytes & suppress CNS infl
腸内環境がMSの改善に繋がるとかいう論文、具体的にどんなサプリ?食事をとったらいいのかな?今度先生に聞いたら教えてもらえるだろうか。 #MS #多発性硬化症 #ジレニア https://t.co/1Th6nRIENM
RT @microbeminded2: Also - a growing focus on how microbial #metabolites regulate immune activity 👉 Eg: here a metabolite created by gut #b…
RT @microbeminded2: Also - a growing focus on how microbial #metabolites regulate immune activity 👉 Eg: here a metabolite created by gut #b…
Also - a growing focus on how microbial #metabolites regulate immune activity 👉 Eg: here a metabolite created by gut #bacteria was shown capable of regulating signaling between microglia and astrocytes: https://t.co/hYpRNdObpd https://t.co/75aASrnPMZ
@mocomocofhagi 食物中の #トリプトファン代謝産物 検索の上位の情報 中身はわかりません💦 食物中の トリプトファン代謝産物 によって アリール炭化水素受容体 を介してミクログリアが活性化され アストロサイトの転写プログラム と #中枢神経系の炎症 が調節されることが分かった。 引用元 https://t.co/cBSbYjCmAk https://t.co/Vjg5DVW0BI
免疫学 #ミクログリア による #アストロサイト 機能の制御機構 食物中の #トリプトファン代謝産物 によって #アリール炭化水素受容体 を介してミクログリアが活性化され #アストロサイトの転写プログラム と #中枢神経系の炎症 が調節されることが分かった。 引用元 https://t.co/cBSbYjCmAk https://t.co/eL33ljQPrO
@morenorse On a personal level this ... https://t.co/XBtSkH83QP
RT @microbeminded2: @MicrobiomDigest Or, how microbial #metabolites can control #immune signaling. Here, tryptophan created by the gut #mic…
@MicrobiomDigest Or, how microbial #metabolites can control #immune signaling. Here, tryptophan created by the gut #microbiome interacted with the AHR receptor on #microglia/astrocytes. Subsequent changes in gene expression regulated communication between
RT @kjkoch: Eric Topol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/1MX…
RT @kjkoch: Eric Topol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/1MX…
RT @kjkoch: Eric Topol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/1MX…
Eric Topol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/1MXNGzkIUt @Nature https://t.co/x5PaIGyL0P @NatureNV #MS #diet @broadinstitute @BrighamWomens https://t.co/v95ti7ApWi #medicine http
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @EricTopol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/nOUz0VDGLI @…
RT @microbeminded2: Yes! And activity of such cells is tied to the #microbiome 👉 Eg, here, tryptophan created by the gut microbiome interac…
RT @microbeminded2: Yes! And activity of such cells is tied to the #microbiome 👉 Eg, here, tryptophan created by the gut microbiome interac…
Yes! And activity of such cells is tied to the #microbiome 👉 Eg, here, tryptophan created by the gut microbiome interacted w/ the AHR receptor on microglia/astrocytes☝️ Subsequent changes in gene expression regulated communication b/t the two cell types:ht
Microglial control of astrocytes in response to microbial metabolites. - PubMed - NCBI https://t.co/OrH9fZnwQk
Gut bacteria link to #multiplesclerosis #icnm18 #plantbased #lifestylemedicine https://t.co/64E70rg0Te
RT @DrewHallDC: Microglial control of astrocytes in response to microbial metabolites https://t.co/rbcrMd30Jm
Microglial control of astrocytes in response to microbial metabolites https://t.co/rbcrMd30Jm
Nervous system cells controlled by microbes https://t.co/5grbohqKVc via @LucianaHannibal @NatureNews
RT @The_NNA: Harvard medical school have published a study identifying new pathways which mediate the inflammation process in MS. Once aga…
RT @The_NNA: Harvard medical school have published a study identifying new pathways which mediate the inflammation process in MS. Once aga…
Fascinating up-to-date research shared by @The_NNA. #guthealth #holisticpeople #holistichealth #naturalhealth #futureofmedicine https://t.co/lDuRGJmQ1G
Harvard medical school have published a study identifying new pathways which mediate the inflammation process in MS. Once again gut bacteria was implicated, with molecules responsible for the breakdown of food affecting the central nervous system. https
New study showing the importance of the health of the gut with Multiple Sclerosis. https://t.co/HO7n5qVNWR
RT @EricTopol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/nOUz0VDGLI @…
RT @EricTopol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/nOUz0VDGLI @…
RT @EricTopol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/nOUz0VDGLI @…
2/2 …controlled by the commensal flora act directly on central nervous system-resident microglia and astrocytes to limit inflammation and neurodegeneration via aryl hydrocarbon receptor. https://t.co/2YtT7UicUL https://t.co/40pxew5vGH
1/2 Microglia and astrocytes modulate inflammation and neurodegeneration in the central nervous system. In this work, findings define a gut-brain axis by which metabolites of dietary tryptophan... https://t.co/2YtT7UicUL https://t.co/3ygE5y8xMi
Een nieuwe studie van @harvardmed, gepubliceerd in Nature, ontdekte hoe microglia en astrocyten de ontsteking en neurodegeneratie moduleren in het CNS bij #MS, waarbij moleculen geproduceerd door darmbacteriën betrokken worden #timetotalkaboutMS https://t.
Une nouvelle étude de la @harvardmed, publiée dans Nature, a découvert de nouvelles voies médiatrices de l'inflammation dans la #SEP, impliquant des molécules produites par les bactéries intestinales #timetotalkaboutMS https://t.co/F2s2gyMPuj
"Microglial control of astrocytes in response to microbial metabolites" @nature https://t.co/pRdBsURdwl
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @Dr_M_Guthridge: Is your gut sending signals to your brain to cause neuroinflammation? @nature study found that tryptophan and its meta…
RT @Dr_M_Guthridge: New @nature study identifies a new switch protein that controls the Yin and Yang of brain #inflammation The AHR protei…
RT @drmarkdallas: Microglia take control of astrocytes https://t.co/Bw405tMYBV
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @AnuragAgrawalMD: The way to not just the heart, but also the brain, is through the stomach https://t.co/WsOArN05vz
RT @Dr_M_Guthridge: Is your gut sending signals to your brain to cause neuroinflammation? @nature study found that tryptophan and its meta…
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @Dr_M_Guthridge: Is your gut sending signals to your brain to cause neuroinflammation? @nature study found that tryptophan and its meta…
RT @Dr_M_Guthridge: New @nature study identifies a new switch protein that controls the Yin and Yang of brain #inflammation The AHR protei…
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
RT @Dr_M_Guthridge: New @nature study identifies a new switch protein that controls the Yin and Yang of brain #inflammation The AHR protei…
Microglia take control of astrocytes https://t.co/Bw405tMYBV
RT @Dr_M_Guthridge: Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced m…
Can brain #inflammation be controlled with diet? Fascinating @nature paper shows a Tryptophan-enriched #diet reduced microglia activation and suppressed neuroinflammation in mice with autoimmune #multiplesclerosis like disease relevant in #MECFS? https:/
Is your gut sending signals to your brain to cause neuroinflammation? @nature study found that tryptophan and its metabolites produced by gut microbes travel to the brain and bind the AHR protein to reduce brain #inflammation #MECFS #MultipleSclerosis h
RT @Dr_M_Guthridge: New @nature study identifies a new switch protein that controls the Yin and Yang of brain #inflammation The AHR protei…
New @nature study identifies a new switch protein that controls the Yin and Yang of brain #inflammation The AHR protein (switch) increases TGFa (Yin) and reduces (Yang) VEGFb to suppress neuroinflammation #MultipleSclerosis #mecfs https://t.co/gG6AIdrwAJ
RT @LabMcgaha: @CyrilPedia What about this recent paper? It suggests there is a prominent role for microglia-dependent protection in MS/EA…
@CyrilPedia What about this recent paper? It suggests there is a prominent role for microglia-dependent protection in MS/EAE via TGFa production https://t.co/qYytXFrnUh
RT @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
RT @GMFHx: Inflammation is an important driver of central nervous system-related disorders. A new study using an autoimmune encephalomyelit…
RT @Psychobiotic: The microbiota produces metabolites of dietary tryptophan that modulates microglia in the central nervous system that aff…
RT @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
Microglial control of astrocytes in response to microbial metabolites, VEGF-B and TGFα - https://t.co/sv4z2wL2TL
RT @EricTopol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/nOUz0VDGLI @…
RT @miyatamitsuru: WMの憂鬱。以前から多発性硬化症と腸内細菌の関連性は指摘されていました。そのメカニズムが分かって来ました。腸内細菌の代謝産物が操っていたのです。 https://t.co/IznQHRMxS1
RT @Psychobiotic: The microbiota produces metabolites of dietary tryptophan that modulates microglia in the central nervous system that aff…
RT @neuroimmune_rok: a #gut-#brain axis by which microbial metabolites act on #microglia and #astrocytes to limit #inflammation and #neurod…
RT @neuroimmune_rok: a #gut-#brain axis by which microbial metabolites act on #microglia and #astrocytes to limit #inflammation and #neurod…
a #gut-#brain axis by which microbial metabolites act on #microglia and #astrocytes to limit #inflammation and #neurodegenration https://t.co/ci1ccWk5zu
RT @GMFHx: Inflammation is an important driver of central nervous system-related disorders. A new study using an autoimmune encephalomyelit…
RT @GMFHx: Inflammation is an important driver of central nervous system-related disorders. A new study using an autoimmune encephalomyelit…
RT @Psychobiotic: The microbiota produces metabolites of dietary tryptophan that modulates microglia in the central nervous system that aff…
RT @GMFHx: Inflammation is an important driver of central nervous system-related disorders. A new study using an autoimmune encephalomyelit…
RT @GMFHx: Inflammation is an important driver of central nervous system-related disorders. A new study using an autoimmune encephalomyelit…
RT @Mirko_Santello: Microglia positively and negatively regulate astrocytes during CNS inflammation. Key molecules identified by the Quinta…
RT @GMFHx: Inflammation is an important driver of central nervous system-related disorders. A new study using an autoimmune encephalomyelit…
LOVE seeing so many microglia/astrocyte stories in nature. https://t.co/Gmzh4SMbyg
RT @GMFHx: Inflammation is an important driver of central nervous system-related disorders. A new study using an autoimmune encephalomyelit…
RT @GMFHx: Inflammation is an important driver of central nervous system-related disorders. A new study using an autoimmune encephalomyelit…
RT @GMFHx: Inflammation is an important driver of central nervous system-related disorders. A new study using an autoimmune encephalomyelit…
Inflammation is an important driver of central nervous system-related disorders. A new study using an autoimmune encephalomyelitis mouse model shows that gut microbial metabolites of dietary tryptophan affect inflammatory activities of astrocytes https://t
Microglia positively and negatively regulate astrocytes during CNS inflammation. Key molecules identified by the Quintana group! Today in Nature #NatureJournal #astrocyte #microglia #neuroinflammation #glia https://t.co/o0W6FDImPb
RT @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
RT @miyatamitsuru: WMの憂鬱。以前から多発性硬化症と腸内細菌の関連性は指摘されていました。そのメカニズムが分かって来ました。腸内細菌の代謝産物が操っていたのです。 https://t.co/IznQHRMxS1