Methods Immunosuppress and ICMA were used to perform the activation and quality of CK-MB together.

方法采用免疫化学发光法和免疫抑制法同步检测血清中CK-MB的量和活性。

For MB, it intercalates into G6-tetrad of monomeric G-quadruplex, or G4-tetrad and G6-tetrad of dimeric G-quadruplex.

当亚甲蓝插入G6-四集体之间时，促使二聚体解聚为单体。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔与硬膜相比，硬膜抑制交感神经，引起明显血流动力学变化，而纵隔同时抑制心交感和心迷走神经，不引起明显血流动力学变化。

Methods Immunosuppress and ICMA were used to perform the activation and quality of CK-MB together.

方法采用免疫化学发光法和免疫抑制法同步检测血清中CK-MB的量和活性。

For MB, it intercalates into G6-tetrad of monomeric G-quadruplex, or G4-tetrad and G6-tetrad of dimeric G-quadruplex.

当亚甲蓝插入G6-四集体之间时，促使二聚体解聚为单体。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔滞与硬滞相比，硬滞抑制交感神经，引起明显血流动力学变化，而纵隔滞同时抑制心交感和心迷走神经，不引起明显血流动力学变化。

Methods Immunosuppress and ICMA were used to perform the activation and quality of CK-MB together.

方法采用免疫化学发光法和免疫法同步检测血清中CK-MB的量和活性。

For MB, it intercalates into G6-tetrad of monomeric G-quadruplex, or G4-tetrad and G6-tetrad of dimeric G-quadruplex.

当亚甲蓝插入G6-四集体之间时，促使二聚体解聚为单体。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻滞与硬膜外阻滞相比，硬膜外阻滞感神经，引起明显血流动力学变化，而纵隔阻滞同时心感和心迷走神经，不引起明显血流动力学变化。

Methods Immunosuppress and ICMA were used to perform the activation and quality of CK-MB together.

方法采用免疫化学发光法和免疫制法同步检测血清中CK-MB的量和活性。

For MB, it intercalates into G6-tetrad of monomeric G-quadruplex, or G4-tetrad and G6-tetrad of dimeric G-quadruplex.

当亚甲蓝插入G6-四集体之间时，促使二聚体解聚为单体。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔与硬膜外相比，硬膜外制交感神经，引起明显血流动力学变化，而纵隔同时制心交感和心迷走神经，不引起明显血流动力学变化。

Methods Immunosuppress and ICMA were used to perform the activation and quality of CK-MB together.

方法采用化学发光法和制法同步检测血清中CK-MB的量和活性。

For MB, it intercalates into G6-tetrad of monomeric G-quadruplex, or G4-tetrad and G6-tetrad of dimeric G-quadruplex.

当亚甲蓝插入G6-之间时，促使二聚解聚为单。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻滞与硬膜外阻滞相比，硬膜外阻滞制交感神经，引起明显血流动力学变化，而纵隔阻滞同时制心交感和心迷走神经，不引起明显血流动力学变化。

Methods Immunosuppress and ICMA were used to perform the activation and quality of CK-MB together.

方法采用免疫化学发光法和免疫抑制法同步检测血清中CK-MB的和活性。

For MB, it intercalates into G6-tetrad of monomeric G-quadruplex, or G4-tetrad and G6-tetrad of dimeric G-quadruplex.

当亚甲蓝插入G6-四集体之间时，促使二聚体解聚为单体。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵与硬膜外相比，硬膜外抑制交感神经，引起明显血流动力学变化，而纵同时抑制心交感和心迷走神经，不引起明显血流动力学变化。

Methods Immunosuppress and ICMA were used to perform the activation and quality of CK-MB together.

方法采用免疫化学发光法和免疫法同步检测血清中CK-MB的量和活性。

For MB, it intercalates into G6-tetrad of monomeric G-quadruplex, or G4-tetrad and G6-tetrad of dimeric G-quadruplex.

当亚甲蓝插入G6-四集体之间时，促使二聚体解聚为单体。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻与硬膜外阻相比，硬膜外阻交感神经，引起明显血流动力学变化，而纵隔阻同时心交感和心迷走神经，不引起明显血流动力学变化。

Methods Immunosuppress and ICMA were used to perform the activation and quality of CK-MB together.

方法采用免疫化学发光法免疫抑制法同步检测血CK-MB性。

For MB, it intercalates into G6-tetrad of monomeric G-quadruplex, or G4-tetrad and G6-tetrad of dimeric G-quadruplex.

当亚甲蓝插入G6-四集体之间时，促使二聚体解聚为单体。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻滞与硬膜外阻滞相比，硬膜外阻滞抑制交感神经，引起明显血流动力学变化，而纵隔阻滞同时抑制心交感心迷走神经，不引起明显血流动力学变化。

Methods Immunosuppress and ICMA were used to perform the activation and quality of CK-MB together.

方法采用免疫化学发光法和免疫抑制法同步检测血清中CK-MB的和活性。

For MB, it intercalates into G6-tetrad of monomeric G-quadruplex, or G4-tetrad and G6-tetrad of dimeric G-quadruplex.

当亚甲蓝插入G6-四集体之间时，促使二聚体解聚为单体。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵与硬膜外相比，硬膜外抑制交感神经，引起明显血流动力学变化，而纵同时抑制心交感和心迷走神经，不引起明显血流动力学变化。

Methods Immunosuppress and ICMA were used to perform the activation and quality of CK-MB together.

方法采用免疫化学发光法和免疫抑制法同步检测清中CK-MB的量和活性。

For MB, it intercalates into G6-tetrad of monomeric G-quadruplex, or G4-tetrad and G6-tetrad of dimeric G-quadruplex.

当亚甲蓝插入G6-四集体之间时，促使二聚体解聚为单体。

MB leads little changes of hemodynamics due to inhibit cardiac sympathicotonia and pneumogastric nerve simultaneity, but TEB brings the evident changes due to only inhibit pneumogastric nerve.

纵隔阻滞与硬膜外阻滞相比，硬膜外阻滞抑制交感神经，引起流动力学变化，而纵隔阻滞同时抑制心交感和心迷走神经，不引起流动力学变化。