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The TEG 6s System: System Description and Protocol for Measurements.

Oksana Volod¹, Alice Runge²

¹Cedars-Sinai Medical Center, Los Angeles, CA, USA. Oksana.Volod@cshs.org.

Methods in Molecular Biology (Clifton, N.J.)

|May 19, 2023

Summary

A new thromboelastography device, TEG 6s, uses resonance technology for blood analysis. This chapter details its principles and operation for improved performance and precision.

Keywords:

Resonance technology TEG 6s Thromboelastography Viscoelastic testing

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Area of Science:

Hemostasis and thrombosis research
Blood coagulation analysis
Medical device technology

Background:

Traditional thromboelastography (TEG) methods have limitations in performance and precision.
A new generation TEG device, TEG 6s, has been developed using resonance technology.
Previous reviews covered TEG 6s advantages, limitations, and interpretation factors.

Purpose of the Study:

To describe the principle of TEG 6s.
To detail the operation protocol for TEG 6s.
To provide foundational knowledge for users of the new TEG 6s system.

Main Methods:

Description of the resonance technology employed by TEG 6s.
Explanation of the cartridge-based, automated assay.
Outline of the step-by-step operation protocol.

Main Results:

The TEG 6s utilizes resonance technology for assessing blood viscoelastic properties.
It offers a cartridge-based, automated approach to coagulation analysis.
The device aims for enhanced performance and precision over historical TEG.

Conclusions:

TEG 6s represents a significant advancement in thromboelastography.
Understanding its principle and operation is crucial for accurate interpretation.
This chapter serves as a guide to the TEG 6s methodology.