RT @jonykipnis: Great mechanistic story from the Quintana lab on microbial metabolites, microglia responses and their instruction of astroc…
RT @EricTopol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/nOUz0VDGLI @…
RT @microbeminded2: Microbial metabolites regulate human pathways 👉 In mouse/human MS models, tryptophan created by the gut #microbiome int…
RT @Pluchinolab: Microglial control of astrocytes in response to microbial metabolites https://t.co/Rn6CHgSPnM
RT @Laurie_Garrett: You really are what you eat -- or what eats for you. @EricTopol @gilbertjacka @americangut https://t.co/65LUqh0JE8
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 @microbeminded2: Microbial metabolites regulate human pathways 👉 In mouse/human MS models, tryptophan created by the gut #microbiome int…
RT @microbeminded2: Microbial metabolites regulate human pathways 👉 In mouse/human MS models, tryptophan created by the gut #microbiome int…
RT @jonykipnis: Great mechanistic story from the Quintana lab on microbial metabolites, microglia responses and their instruction of astroc…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
Very exciting field in gut microbes and brain #gutmicrobiome #gutbrainaxis #gutfeeling https://t.co/HNi21fyNLq
Very cool, more mechanistic view of how our microbes, our gut, and our brain are connected. https://t.co/PgjQTY7Eox
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
RT @microbeminded2: Microbial metabolites regulate human pathways 👉 In mouse/human MS models, tryptophan created by the gut #microbiome int…
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 @ADeczk: of microglia, astrocytes, and bugs. Beautiful work by Francisco Quintana! https://t.co/qc4VrepuI5
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 @ADeczk: of microglia, astrocytes, and bugs. Beautiful work by Francisco Quintana! https://t.co/qc4VrepuI5
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 @EricTopol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/nOUz0VDGLI @…
RT @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
The gut microbiome and the brain. Again. https://t.co/xFMaBlVL2y
Dietary tryptophan broken down by gut bacteria into products that modulate brain inflammation (in mouse model of MS) https://t.co/wUgxxxEewE
RT @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis | Nature https://t.co/4391eInBaL https://t.co/ATV2J3592B
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
RT @microbeminded2: Microbial metabolites regulate human pathways 👉 In mouse/human MS models, tryptophan created by the gut #microbiome int…
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 @ScienceofPD: Given the potential role of the gut in #Parkinsons, this new report in @nature about a pathway by which gut microbial meta…
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 @benakapoulos: Glial cells talk to each other thanks to gut metabolites. Very cool study from Quintana lab ! #microglia #microbiome http…
RT @microbeminded2: Microbial metabolites regulate human pathways 👉 In mouse/human MS models, tryptophan created by the gut #microbiome int…
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 https://t.co/iV1wsArUpQ
Microglial control of astrocytes in response to microbial metabolites https://t.co/0NC66wILgc
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @ScienceofPD: Given the potential role of the gut in #Parkinsons, this new report in @nature about a pathway by which gut microbial meta…
Yet another study reporting the significant association between the gut microbiome and neurological disorders. https://t.co/RP3SYFNzu2
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 @jonykipnis: Great mechanistic story from the Quintana lab on microbial metabolites, microglia responses and their instruction of astroc…
RT @EricTopol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/nOUz0VDGLI @…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @microbeminded2: Microbial metabolites regulate human pathways 👉 In mouse/human MS models, tryptophan created by the gut #microbiome int…
RT @microbeminded2: Microbial metabolites regulate human pathways 👉 In mouse/human MS models, tryptophan created by the gut #microbiome int…
RT @ScienceofPD: Given the potential role of the gut in #Parkinsons, this new report in @nature about a pathway by which gut microbial meta…
Retweeted Jonathan Kipnis (@jonykipnis): Great mechanistic story from the Quintana lab on microbial metabolites, microglia responses and their instruction of astrocytes during neuroinflammation. https://t.co/LLgMj20J6W
RT @jonykipnis: Great mechanistic story from the Quintana lab on microbial metabolites, microglia responses and their instruction of astroc…
Microbial metabolites regulate human pathways 👉 In mouse/human MS models, tryptophan created by the gut #microbiome interacted w/ the AHR receptor on microglia/astrocytes. Subsequent changes in gene expression altered communication b/t the two cell types:
Blimey! https://t.co/FMjK1A1bSs
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
RT @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
Interesting - would be great to connect how this may be influenced by biological sex given the sex discrepant skewing of MS. Believe it is 4:1 in favour of female. https://t.co/kotykZ4Rlf
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @LiddelowSA: Exciting new paper from the Quintana lab from @harvardmed and @broadinstitute on microglia-astrocyte crosstalk in neuroinfl…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
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 @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
RT @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
And yet more to talk about in your microbiome chats @Pupsmd_micro https://t.co/r4CLaq6ami
RT @nature: Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports…
Changes in the gut microbiome alter immune cell activity in the brains of mice with a form of multiple sclerosis (MS), reports a study published in Nature. The work could aid development of new therapies for MS and other neurological disorders https://t.co
RT @EricTopol: The gut #microbiome and the #brain: how microbe metabolites influence the microglia and astrocytes https://t.co/nOUz0VDGLI @…
RT @Pluchinolab: Microglial control of astrocytes in response to microbial metabolites https://t.co/Rn6CHgSPnM
Nice piece of work here detailing #glia and the gut in neuroinflammation https://t.co/QxgUXXBtGi