<code id='13ED858314'></code><style id='13ED858314'></style>
    • <acronym id='13ED858314'></acronym>
      <center id='13ED858314'><center id='13ED858314'><tfoot id='13ED858314'></tfoot></center><abbr id='13ED858314'><dir id='13ED858314'><tfoot id='13ED858314'></tfoot><noframes id='13ED858314'>

    • <optgroup id='13ED858314'><strike id='13ED858314'><sup id='13ED858314'></sup></strike><code id='13ED858314'></code></optgroup>
        1. <b id='13ED858314'><label id='13ED858314'><select id='13ED858314'><dt id='13ED858314'><span id='13ED858314'></span></dt></select></label></b><u id='13ED858314'></u>
          <i id='13ED858314'><strike id='13ED858314'><tt id='13ED858314'><pre id='13ED858314'></pre></tt></strike></i>

          Home / explore / entertainment

          entertainment


          entertainment

          author:Wikipedia    Page View:73
          mitochondria
          Illustration of mitochondria, powerhouse of the cell. Adobe

          As elite hunters of the immune system, T cells are constantly prowling our bodies for diseased cells to attack. But when they encounter a tumor, something unexpected can happen. New research shows that some cancer cells can fire a long nanotube projection into the T cell that, like a vampire’s fang, sucks energy-creating mitochondria from the immune cell, turning the predator into prey.

          A study published this week in Cancer Cell investigated how cancer cells can rob mitochondria from T cells, shutting the immune cell down while energizing themselves. It may be yet another way cancer overcomes both the body’s defenses and resists many immunotherapies like CAR-T therapy and immune checkpoint blockade drugs, experts said.

          advertisement

          “This is a new mechanism of immune evasion. It seems like the cancer cells are draining mitochondria from the T cells,” said Bo Li, a cancer researcher at the University of Pennsylvania and a senior author on the paper. “It’s really amazing. Some of my colleagues, their reaction was like, ‘I can’t believe this is true.’ I understand that. It’s just like the cancer cell is too smart.”

          Get unlimited access to award-winning journalism and exclusive events.

          Subscribe Log In