<code id='AB2279ED22'></code><style id='AB2279ED22'></style>
    • <acronym id='AB2279ED22'></acronym>
      <center id='AB2279ED22'><center id='AB2279ED22'><tfoot id='AB2279ED22'></tfoot></center><abbr id='AB2279ED22'><dir id='AB2279ED22'><tfoot id='AB2279ED22'></tfoot><noframes id='AB2279ED22'>

    • <optgroup id='AB2279ED22'><strike id='AB2279ED22'><sup id='AB2279ED22'></sup></strike><code id='AB2279ED22'></code></optgroup>
        1. <b id='AB2279ED22'><label id='AB2279ED22'><select id='AB2279ED22'><dt id='AB2279ED22'><span id='AB2279ED22'></span></dt></select></label></b><u id='AB2279ED22'></u>
          <i id='AB2279ED22'><strike id='AB2279ED22'><tt id='AB2279ED22'><pre id='AB2279ED22'></pre></tt></strike></i>

          
          WSS
          microbiome runners
          Adobe

          Elite athletes really are different from you and me. Or, at least their gut microbes are.

          Scientists who analyzed stool samples of 15 runners a week before and after they competed in the 2015 Boston Marathon found unusually high levels of one particular microbe compared to 10 non-athletes. Levels of the microbe in question, Veillonella, spiked after an intense workout and bloomed even more after the marathon.

          advertisement

          That was a lightbulb moment for the scientists because the bacterium is known for breaking down and eating lactate, a metabolite even ordinary runners equate with fatigue.  

          Unlock this article by subscribing to STAT+ and enjoy your first 30 days free!

          GET STARTED Log In

          Leave your comment

          Please enter your name
          Please enter your comment

          Wikipedia