@Babygravy9 @ii1111 People heavily overlook the connection between gut health and blood brain barrier health. Many microbial metabolites (e.g. fermentation byproducts like propionate) actually act on both! https://t.co/HuvNcby5G4
RT @con_meehan: .@BugsInYourGuts talking at #GenomesMicrobiome22 on integrating human systems biology with microbiomes. Gotta look at funct…
.@BugsInYourGuts talking at #GenomesMicrobiome22 on integrating human systems biology with microbiomes. Gotta look at functional changes in disease and different body sites. Papers: https://t.co/RpKr2phVWK https://t.co/wRrVJBm4nI https://t.co/z0rmK3UErH h
Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier https://t.co/lWJdK6zTfG
Microbiome-host systems interactions: Protective effects of propionate upon the blood-brain barrier published as: https://t.co/73FFKTvpKQ #BMC_Microbiome #biorxiv
@felmosq
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @icmr_2018: Microbiome–host systems interactions. Read this exciting article by Dr. Lesley Hoyles @BugsInYourGuts Glad to have her as a…
RT @icmr_2018: Microbiome–host systems interactions. Read this exciting article by Dr. Lesley Hoyles @BugsInYourGuts Glad to have her as a…
RT @icmr_2018: Microbiome–host systems interactions. Read this exciting article by Dr. Lesley Hoyles @BugsInYourGuts Glad to have her as a…
RT @icmr_2018: Microbiome–host systems interactions. Read this exciting article by Dr. Lesley Hoyles @BugsInYourGuts Glad to have her as a…
Microbiome–host systems interactions. Read this exciting article by Dr. Lesley Hoyles @BugsInYourGuts Glad to have her as a speaker @icmr_2018 @MicrobiomeJ @bykriscampbell @GMFHx @MicrobiomeForum @MB_Insights #microbiome #microbiomeIndia #ICMR2018 https
RT @GMFHx: The endocrine role of short-chain fatty acids has not been addressed. A new in vitro study has identified a protective effect of…
#Beneficial effect of propionic acid or MCT! https://t.co/LARf4Qrefu
RT @GMFHx: The endocrine role of short-chain fatty acids has not been addressed. A new in vitro study has identified a protective effect of…
RT @GMFHx: The endocrine role of short-chain fatty acids has not been addressed. A new in vitro study has identified a protective effect of…
RT @GMFHx: The endocrine role of short-chain fatty acids has not been addressed. A new in vitro study has identified a protective effect of…
RT @GMFHx: The endocrine role of short-chain fatty acids has not been addressed. A new in vitro study has identified a protective effect of…
RT @GMFHx: The endocrine role of short-chain fatty acids has not been addressed. A new in vitro study has identified a protective effect of…
RT @GMFHx: The endocrine role of short-chain fatty acids has not been addressed. A new in vitro study has identified a protective effect of…
RT @GMFHx: The endocrine role of short-chain fatty acids has not been addressed. A new in vitro study has identified a protective effect of…
RT @GMFHx: The endocrine role of short-chain fatty acids has not been addressed. A new in vitro study has identified a protective effect of…
RT @GMFHx: The endocrine role of short-chain fatty acids has not been addressed. A new in vitro study has identified a protective effect of…
The endocrine role of short-chain fatty acids has not been addressed. A new in vitro study has identified a protective effect of propionate upon the blood-brain barrier, mitigating against deleterious inflammatory & oxidative stimuli via @BioMedCentral
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @regenera_pni: Interacciones #microbioma -sistema huésped: efectos protectores del propionato sobre la barrera hematoencefálica. https:/…
RT @regenera_pni: Interacciones #microbioma -sistema huésped: efectos protectores del propionato sobre la barrera hematoencefálica. https:/…
Interacciones #microbioma -sistema huésped: efectos protectores del propionato sobre la barrera hematoencefálica. https://t.co/aVWRd6IUm7 @BioMedCentral #salud https://t.co/ltPRS7J6IZ
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @BioMedCentral: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier. https://t.co/4MktaC…
RT @BioMedCentral: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier. https://t.co/4MktaC…
Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier. https://t.co/4MktaCf3pE https://t.co/iudH0KqO6w
RT @Psychobiotic: Propionate produced by the microbiota protects the blood-brain barrier from oxidative stress. Another pathway of the gut-…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @MIcrobiotaMI: #Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier. In summary, we reve…
One aspect of that important but somewhat elusive gut-brain axis. https://t.co/GF3u7Nny9W
Very proud of @DrSimonMcArthur and his latest paper: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier https://t.co/Kq57TQCYFA #
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
#Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier. In summary, we reveal here a significant new aspect of the gut–brain axis, namely, the modulatory effects of circulating gut-derived microbial ... https:/
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
RT @bykriscampbell: This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by…
This classic infographic shows mechanisms by which gut microbes can influence the gut-brain axis. An excellent paper by @bugsinyourguts & colleagues outlines a new example -- a bacterial metabolite (propionate) interacts with the blood-brain barrier. h
RT @GMFHx: "Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier" -- https://t.co/NYdEvlOzSJ…
RT @GMFHx: "Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier" -- https://t.co/NYdEvlOzSJ…
RT @Psychobiotic: Propionate produced by the microbiota protects the blood-brain barrier from oxidative stress. Another pathway of the gut-…
RT @Psychobiotic: Propionate produced by the microbiota protects the blood-brain barrier from oxidative stress. Another pathway of the gut-…
RT @Psychobiotic: Propionate produced by the microbiota protects the blood-brain barrier from oxidative stress. Another pathway of the gut-…
RT @Psychobiotic: Propionate produced by the microbiota protects the blood-brain barrier from oxidative stress. Another pathway of the gut-…
RT @Psychobiotic: Propionate produced by the microbiota protects the blood-brain barrier from oxidative stress. Another pathway of the gut-…
RT @GMFHx: "Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier" -- https://t.co/NYdEvlOzSJ…
RT @Psychobiotic: Propionate produced by the microbiota protects the blood-brain barrier from oxidative stress. Another pathway of the gut-…
RT @Psychobiotic: Propionate produced by the microbiota protects the blood-brain barrier from oxidative stress. Another pathway of the gut-…
RT @GMFHx: "Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier" -- https://t.co/NYdEvlOzSJ…
RT @GMFHx: "Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier" -- https://t.co/NYdEvlOzSJ…
"Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier" -- https://t.co/NYdEvlOzSJ by @BugsInYourGuts & colleagues
RT @Psychobiotic: Propionate produced by the microbiota protects the blood-brain barrier from oxidative stress. Another pathway of the gut-…
RT @jfcryan: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier - from @BugsInYourGuts & c…
RT @Psychobiotic: Propionate produced by the microbiota protects the blood-brain barrier from oxidative stress. Another pathway of the gut-…
Propionate produced by the microbiota protects the blood-brain barrier from oxidative stress. Another pathway of the gut-brain axis? https://t.co/CCHlPptI8j
RT @jfcryan: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier - from @BugsInYourGuts & c…
RT @jfcryan: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier - from @BugsInYourGuts & c…
RT @jfcryan: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier - from @BugsInYourGuts & c…
RT @katiewr31413491: AUTISM! Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier https://t…
RT @jfcryan: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier - from @BugsInYourGuts & c…
RT @katiewr31413491: AUTISM! Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier https://t…
AUTISM! Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier https://t.co/C83xgkPNOP
RT @jfcryan: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier - from @BugsInYourGuts & c…
RT @jfcryan: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier - from @BugsInYourGuts & c…
RT @jfcryan: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier - from @BugsInYourGuts & c…
RT @jfcryan: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier - from @BugsInYourGuts & c…
RT @jfcryan: Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier - from @BugsInYourGuts & c…
Microbiome–host systems interactions: protective effects of propionate upon the blood–brain barrier - from @BugsInYourGuts & colleagues in @MicrobiomeJ https://t.co/xmjso2KX1O
RT @MicrobiomePaper: Microbiome-host systems interactions: protective effects of propionate upon the blood-brain barrier. https://t.co/sA36…
Microbiome-host systems interactions: protective effects of propionate upon the blood-brain barrier. https://t.co/sA36APhDR1 https://t.co/qobUK1bLvB
Microbiome-host systems interactions: protective effects of propionate upon the blood-brain barrier. https://t.co/azvdXAnD3R
#Microbiome-host systems interactions: protective effects of #propionate upon the blood-brain barrier. https://t.co/805kWLHtoV
Microbiome-host systems interactions: protective effects of propionate upon the blood-brain barrier. https://t.co/EJiFxvWMlP https://t.co/BqVUBkEBmF