RT @claire_maynard: E. coli metabolise breakdown products of folic acid and influence host development and longevity... Paper out today in…
RT @dweinkove: @ctmurphy1 Really interesting paper. We (@claire_maynard et al) have shown that folic acid isn't taken up directly by worms…
@ctmurphy1 Really interesting paper. We (@claire_maynard et al) have shown that folic acid isn't taken up directly by worms - instead it works via bacterial folate synthesis.https://t.co/y53gB5jLtm
RT @dweinkove: Much interest at #Worm19 about our use of amino acids in place of peptone. Its published in https://t.co/p96gd27hKu and upda…
RT @dweinkove: Much interest at #Worm19 about our use of amino acids in place of peptone. Its published in https://t.co/p96gd27hKu and upda…
RT @dweinkove: Much interest at #Worm19 about our use of amino acids in place of peptone. Its published in https://t.co/p96gd27hKu and upda…
RT @dweinkove: Much interest at #Worm19 about our use of amino acids in place of peptone. Its published in https://t.co/p96gd27hKu and upda…
Much interest at #Worm19 about our use of amino acids in place of peptone. Its published in https://t.co/p96gd27hKu and updated with B12 in https://t.co/y53gB5BmkU. We also add trace metals and of course uracil for OP50
Would be great if advisers/government would consider gut microbes when thinking about folic acid supplementation, and read our paper! @claire_maynard (https://t.co/COIqfC9GyR) https://t.co/TJXNA681m4
@bulletproofexec Interesting to hear your thoughts on folic acid on podcast #569. Our recent paper suggests synthetic folic acid has a route via gut microbes, which in some cases may be harmful https://t.co/y53gB5jLtm
RT @BMCBiology: From @claire_maynard, @dweinkove, and colleagues: folic acid #supplementation in C. elegans occurs through E. coli uptake o…
RT @BMCBiology: From @claire_maynard, @dweinkove, and colleagues: folic acid #supplementation in C. elegans occurs through E. coli uptake o…
RT @BMCBiology: From @claire_maynard, @dweinkove, and colleagues: folic acid #supplementation in C. elegans occurs through E. coli uptake o…
RT @BMCBiology: From @claire_maynard, @dweinkove, and colleagues: folic acid #supplementation in C. elegans occurs through E. coli uptake o…
RT @BMCBiology: From @claire_maynard, @dweinkove, and colleagues: folic acid #supplementation in C. elegans occurs through E. coli uptake o…
RT @BMCBiology: From @claire_maynard, @dweinkove, and colleagues: folic acid #supplementation in C. elegans occurs through E. coli uptake o…
Check out the author blog, for a perspective on what this might mean for folic acid supplementation in humans: https://t.co/b1ZfHgIvdh https://t.co/N0jcCDBxlm
From @claire_maynard, @dweinkove, and colleagues: folic acid #supplementation in C. elegans occurs through E. coli uptake of breakdown products - though beneficial to #development, too much negatively impacts #longevity https://t.co/UudAkCFjVE https://t.co
A bacterial route for folic acid supplementation https://t.co/rOz5BoE50M
A bacterial route for folic acid supplementation. https://t.co/qLo51maaBU
A bacterial route for folic acid supplementation. https://t.co/oTqYMZWlTl
A bacterial route for folic acid supplementation. https://t.co/zIY0bM8uFs
RT @dweinkove: "A bacterial route for folic acid supplementation" - our paper is out @BMCBiology. The result of amazing work by @claire_may…
RT @dweinkove: "A bacterial route for folic acid supplementation" - our paper is out @BMCBiology. The result of amazing work by @claire_may…
RT @dweinkove: "A bacterial route for folic acid supplementation" - our paper is out @BMCBiology. The result of amazing work by @claire_may…
RT @dweinkove: "A bacterial route for folic acid supplementation" - our paper is out @BMCBiology. The result of amazing work by @claire_may…
RT @dweinkove: "A bacterial route for folic acid supplementation" - our paper is out @BMCBiology. The result of amazing work by @claire_may…
RT @dweinkove: "A bacterial route for folic acid supplementation" - our paper is out @BMCBiology. The result of amazing work by @claire_may…
RT @BMCBiology: An indirect route for folic acid #supplementation in C. elegans - @claire_maynard, @dweinkove, and colleagues show the effe…
RT @BMCBiology: An indirect route for folic acid #supplementation in C. elegans - @claire_maynard, @dweinkove, and colleagues show the effe…
RT @dweinkove: "A bacterial route for folic acid supplementation" - our paper is out @BMCBiology. The result of amazing work by @claire_may…
RT @BMCBiology: Read @dweinkove's associated blog, for a perspective on the possible implications for human health: https://t.co/b1ZfHgIvdh…
Read @dweinkove's associated blog, for a perspective on the possible implications for human health: https://t.co/b1ZfHgIvdh https://t.co/tl8vdkYwEO
RT @BMCBiology: An indirect route for folic acid #supplementation in C. elegans - @claire_maynard, @dweinkove, and colleagues show the effe…
RT @BMCBiology: An indirect route for folic acid #supplementation in C. elegans - @claire_maynard, @dweinkove, and colleagues show the effe…
An indirect route for folic acid #supplementation in C. elegans - @claire_maynard, @dweinkove, and colleagues show the effectiveness of folic acid supplementation to be dependent on E. coli uptake of breakdown products (and subsequent #folate synthesis) ht
RT @BMCBiology: Read @dweinkove's associated blog, for a perspective on the possible implications for human health: https://t.co/jmRr8luzhQ…
RT @claire_maynard: E. coli metabolise breakdown products of folic acid and influence host development and longevity... Paper out today in…
RT @claire_maynard: E. coli metabolise breakdown products of folic acid and influence host development and longevity... Paper out today in…
RT @dweinkove: "A bacterial route for folic acid supplementation" - our paper is out @BMCBiology. The result of amazing work by @claire_may…
E. coli metabolise breakdown products of folic acid and influence host development and longevity... Paper out today in @BMCBiology "A bacterial route for folic acid supplementation" https://t.co/xu7bFbqTMN #folate #folicacid #hostmicrobe #celegans https://
RT @dweinkove: "A bacterial route for folic acid supplementation" - our paper is out @BMCBiology. The result of amazing work by @claire_may…
RT @dweinkove: "A bacterial route for folic acid supplementation" - our paper is out @BMCBiology. The result of amazing work by @claire_may…
"A bacterial route for folic acid supplementation" - our paper is out @BMCBiology. The result of amazing work by @claire_maynard https://t.co/2Mge4RuFLq #celegans #folicacid #microbiota #aging https://t.co/K8cNAk54H3