<code id='A5BFED5282'></code><style id='A5BFED5282'></style>
    • <acronym id='A5BFED5282'></acronym>
      <center id='A5BFED5282'><center id='A5BFED5282'><tfoot id='A5BFED5282'></tfoot></center><abbr id='A5BFED5282'><dir id='A5BFED5282'><tfoot id='A5BFED5282'></tfoot><noframes id='A5BFED5282'>

    • <optgroup id='A5BFED5282'><strike id='A5BFED5282'><sup id='A5BFED5282'></sup></strike><code id='A5BFED5282'></code></optgroup>
        1. <b id='A5BFED5282'><label id='A5BFED5282'><select id='A5BFED5282'><dt id='A5BFED5282'><span id='A5BFED5282'></span></dt></select></label></b><u id='A5BFED5282'></u>
          <i id='A5BFED5282'><strike id='A5BFED5282'><tt id='A5BFED5282'><pre id='A5BFED5282'></pre></tt></strike></i>

          00:00
          00:00 00:00 LIVE
          buffering
          Replay
          LIVE
          00:00 / 00:00
          LIVE
          CC
          Opacity :
          Share:
          Close

          focus

          author:fashion    - browse:8146
          Adobe

          Researchers say they’ve been able to measure recovery from treatment-resistant depression through brain scans — a crucial step toward quantifying the impact of therapies on a condition whose progress is notoriously difficult to measure objectively. And that’s thanks to generative AI, they say.

          In a small study published Wednesday — just 10 people with severe, treatment-resistant depression receiving deep brain stimulation therapy — researchers used the electrodes to record brain activity and later fed the scans into a homegrown artificial intelligence system that analyzed them for patterns. They found that it was possible to track patients’ recovery through changes in brain cells’ electrical activity.

          advertisement

          Finding so-called biomarkers, or objective measurements reflecting depression, could help diagnose depression, track its progression, predict a relapse, and better tailor therapies to individual patients. But finding those metrics has been difficult, partly because depression’s biological impact isn’t well understood.

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

          Subscribe Log In

          leisure time