Shear Wave Elastography Quantification of Blood Elasticity During Clotting

Shear Wave Elastography Quantification of Blood Elasticity During Clotting. Bernal, M., Gennisson, J., Flaud, P., & Tanter, M. Ultrasound in Medicine & Biology, 38(12):2218–2228, December, 2012.

Paper doi abstract bibtex

Deep venous thrombosis (DVT) affects millions of people worldwide. A fatal complication occurs when the thrombi detach and create a pulmonary embolism. The diagnosis and treatment of DVT depends on clot’s age. The elasticity of thrombi is closely related to its age. Blood was collected from pigs and anticoagulated using ethylenediaminetetraacetic acid (EDTA). Coagulation was initiated using calcium ions. Supersonic shear wave imaging was used to generate shear waves using 100 ms tone bursts of 8 MHz. Tracking of the shear waves was done by ultrafast imaging. Postprocessing of the data was done using MatlabÒ. Two-dimensional (2-D) maps of elasticity were obtained by calculating the speed of shear wave propagation. Elasticity varied with time from around 50 Pa at coagulation to 1600 Pa at 120 min after which the elasticity showed a natural decreased (17%) because of thrombolytic action of plasmin. Ejection of the serum from the clot showed a signiﬁcant decrease in the elasticity of the clot next to the liquid pool (65% decrease), corresponding to the detachment of the clot from the beaker wall. The use of a thrombolytic agent (Urokinase) on the coagulated blood decreased the shear elasticity close to the point of injection, which varied with time and distance. Supersonic imaging proved to be useful mapping the 2-D clot’s elasticity. It allowed the visualization of the heterogeneity of mechanical properties of thrombi and has potential use in predicting thrombi breakage as well as in monitoring thrombolytic therapy. (E-mail: bmiguelitoo@gmail.com) Ó 2012 World Federation for Ultrasound in Medicine & Biology.

@article{bernal_shear_2012,
	title = {Shear {Wave} {Elastography} {Quantification} of {Blood} {Elasticity} {During} {Clotting}},
	volume = {38},
	issn = {03015629},
	url = {https://linkinghub.elsevier.com/retrieve/pii/S0301562912004711},
	doi = {10.1016/j.ultrasmedbio.2012.08.007},
	abstract = {Deep venous thrombosis (DVT) affects millions of people worldwide. A fatal complication occurs when the thrombi detach and create a pulmonary embolism. The diagnosis and treatment of DVT depends on clot’s age. The elasticity of thrombi is closely related to its age. Blood was collected from pigs and anticoagulated using ethylenediaminetetraacetic acid (EDTA). Coagulation was initiated using calcium ions. Supersonic shear wave imaging was used to generate shear waves using 100 ms tone bursts of 8 MHz. Tracking of the shear waves was done by ultrafast imaging. Postprocessing of the data was done using MatlabÒ. Two-dimensional (2-D) maps of elasticity were obtained by calculating the speed of shear wave propagation. Elasticity varied with time from around 50 Pa at coagulation to 1600 Pa at 120 min after which the elasticity showed a natural decreased (17\%) because of thrombolytic action of plasmin. Ejection of the serum from the clot showed a signiﬁcant decrease in the elasticity of the clot next to the liquid pool (65\% decrease), corresponding to the detachment of the clot from the beaker wall. The use of a thrombolytic agent (Urokinase) on the coagulated blood decreased the shear elasticity close to the point of injection, which varied with time and distance. Supersonic imaging proved to be useful mapping the 2-D clot’s elasticity. It allowed the visualization of the heterogeneity of mechanical properties of thrombi and has potential use in predicting thrombi breakage as well as in monitoring thrombolytic therapy. (E-mail: bmiguelitoo@gmail.com) Ó 2012 World Federation for Ultrasound in Medicine \& Biology.},
	language = {en},
	number = {12},
	urldate = {2022-02-23},
	journal = {Ultrasound in Medicine \& Biology},
	author = {Bernal, Miguel and Gennisson, Jean-Luc and Flaud, Patrice and Tanter, Mickael},
	month = dec,
	year = {2012},
	pages = {2218--2228},
}

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Supersonic shear wave imaging was used to generate shear waves using 100 ms tone bursts of 8 MHz. Tracking of the shear waves was done by ultrafast imaging. Postprocessing of the data was done using MatlabÒ. Two-dimensional (2-D) maps of elasticity were obtained by calculating the speed of shear wave propagation. Elasticity varied with time from around 50 Pa at coagulation to 1600 Pa at 120 min after which the elasticity showed a natural decreased (17%) because of thrombolytic action of plasmin. Ejection of the serum from the clot showed a signiﬁcant decrease in the elasticity of the clot next to the liquid pool (65% decrease), corresponding to the detachment of the clot from the beaker wall. The use of a thrombolytic agent (Urokinase) on the coagulated blood decreased the shear elasticity close to the point of injection, which varied with time and distance. Supersonic imaging proved to be useful mapping the 2-D clot’s elasticity. 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