<p>This profile comprised two processes, namely, thrombosis and fibrinolysis. Thrombosis was described by four important parameters: R time; which was calculated from the time that the blood was pipetted into the TEG analyzer till initial fibrin clot formation. K time was the time at which clot formation reached amplitude of 20 mm, representing clot formation speed. In addition, α angle denoted the level of fibrinogen. MA value was a reflection of platelet function and aggregation, which indicated that clot strength (stiffness) reached the maximum amplitude.</p
Maximum clot firmness (MCF) is the main parameter of thromboelastography (TEG) reflecting the stabil...
<p>For TEM, the parameters clotting time (CT: A), clot formation time (CFT: B) and maximum clot firm...
Blood dilution after transfusion fluids leads to diminished coagulant activity monitored by rotation...
The thromobelastograph (TEG) is a photokymographic device to measure the dynamics of clot formation ...
<p><b>A&B) Example of TEG traces</b>: in cell-bead treated BAL Group 1 <b>(A)</b> and empty bead con...
All TEG outcomes represents 25 healthy volunteers, 9 trauma patients, and 9 volunteers for dose-resp...
Thrombelastography (TEG) is used as a point-of-care test of hemostasis. Different components of the ...
enable a more complete evaluation of clot initiation, for-mation, and stability compared with standa...
Thrombelastography (TEG) was first introduced in 1948 by Hartert and is now used to examine coagulat...
All TEG outcomes represents 25 healthy volunteers, 9 trauma patients, and 9 volunteers for dose-resp...
<p>Thrombelastography (TEG) measured by the TEG5000 Hemostasis Analyzer is an established but the la...
© 2016, The Author(s). The coagulation of blood plasma in response to activation with a range of tis...
All TEG outcomes represents 25 healthy volunteers, 9 trauma patients, and 9 volunteers for dose-resp...
Left: Box and whisker plot for 300 parameter sets with the smallest least squares errors from the pa...
<p>OR adjusted for fibrinogen concentration is given for unit change except for</p><p><sup>†</sup>ΔA...
Maximum clot firmness (MCF) is the main parameter of thromboelastography (TEG) reflecting the stabil...
<p>For TEM, the parameters clotting time (CT: A), clot formation time (CFT: B) and maximum clot firm...
Blood dilution after transfusion fluids leads to diminished coagulant activity monitored by rotation...
The thromobelastograph (TEG) is a photokymographic device to measure the dynamics of clot formation ...
<p><b>A&B) Example of TEG traces</b>: in cell-bead treated BAL Group 1 <b>(A)</b> and empty bead con...
All TEG outcomes represents 25 healthy volunteers, 9 trauma patients, and 9 volunteers for dose-resp...
Thrombelastography (TEG) is used as a point-of-care test of hemostasis. Different components of the ...
enable a more complete evaluation of clot initiation, for-mation, and stability compared with standa...
Thrombelastography (TEG) was first introduced in 1948 by Hartert and is now used to examine coagulat...
All TEG outcomes represents 25 healthy volunteers, 9 trauma patients, and 9 volunteers for dose-resp...
<p>Thrombelastography (TEG) measured by the TEG5000 Hemostasis Analyzer is an established but the la...
© 2016, The Author(s). The coagulation of blood plasma in response to activation with a range of tis...
All TEG outcomes represents 25 healthy volunteers, 9 trauma patients, and 9 volunteers for dose-resp...
Left: Box and whisker plot for 300 parameter sets with the smallest least squares errors from the pa...
<p>OR adjusted for fibrinogen concentration is given for unit change except for</p><p><sup>†</sup>ΔA...
Maximum clot firmness (MCF) is the main parameter of thromboelastography (TEG) reflecting the stabil...
<p>For TEM, the parameters clotting time (CT: A), clot formation time (CFT: B) and maximum clot firm...
Blood dilution after transfusion fluids leads to diminished coagulant activity monitored by rotation...