<menuitem id="jdttp"></menuitem><ins id="jdttp"></ins><cite id="jdttp"><noframes id="jdttp"><cite id="jdttp"></cite><menuitem id="jdttp"><span id="jdttp"><menuitem id="jdttp"></menuitem></span></menuitem>
<ins id="jdttp"><noframes id="jdttp"><ins id="jdttp"></ins>
<cite id="jdttp"></cite>
<cite id="jdttp"><noframes id="jdttp"> <ins id="jdttp"><noframes id="jdttp"><cite id="jdttp"></cite>
<cite id="jdttp"><noframes id="jdttp">
<ins id="jdttp"></ins>
<ins id="jdttp"></ins>
<del id="jdttp"><noframes id="jdttp">
<del id="jdttp"></del><cite id="jdttp"><noframes id="jdttp"><cite id="jdttp"><span id="jdttp"></span></cite>
Home > Radiochemistry
Cardio-cerebrovascular Disease

Using myocardial perfusion and metabolism imaging technique can reflect the physiological and pathological processes of the heart effectively. So far, PET imaging has been the only method that can accurately determine myocardial viability. Clinically, PET is the “golden standard” to assess myocardial viability, prognosis and curative effect. Cerebral vascular imaging can effectively reflect the glucose metabolism of ischemic brain tissue. In acute cerebral infarction, PET can display the infarction area quickly, measure regional cerebral blood flow (rCBF) quantitatively, and obtain the parameters of metabolism.







GOGO西西人体大尺寸大胆高清,国产丰满大波大屁股熟女,图片区乱小说区电影区,4399日本电影免费观看完整版
<menuitem id="jdttp"></menuitem><ins id="jdttp"></ins><cite id="jdttp"><noframes id="jdttp"><cite id="jdttp"></cite><menuitem id="jdttp"><span id="jdttp"><menuitem id="jdttp"></menuitem></span></menuitem>
<ins id="jdttp"><noframes id="jdttp"><ins id="jdttp"></ins>
<cite id="jdttp"></cite>
<cite id="jdttp"><noframes id="jdttp"> <ins id="jdttp"><noframes id="jdttp"><cite id="jdttp"></cite>
<cite id="jdttp"><noframes id="jdttp">
<ins id="jdttp"></ins>
<ins id="jdttp"></ins>
<del id="jdttp"><noframes id="jdttp">
<del id="jdttp"></del><cite id="jdttp"><noframes id="jdttp"><cite id="jdttp"><span id="jdttp"></span></cite>