Gribauskas P, Kazhis R, Mazheĭka L, Grubauskene P G, Mongrigene A, Shilteris P, Voleishene B, Voleishis A
Biofizika. 2005 May-Jun;50(3):550-8.
A new methodology: the method and technical means for studying the coagulation of blood and the acoustic properties of other biological fluids (ultrasound coagulography) was developed. The complex of devices is based on the principle of measuring the rate of ultrasound in a medium studied by means of the impulse method. Arguments for the applicability of the method for studying the process of blood coagulation are adduced, special acoustic chambers were designed, and algorithms and computer programs for immediate processing of the data were developed. The field of application is biology and medicine: studies of the acoustic properties of biological fluids (e.g., blood coagulation), rheological properties, and viscosity of the object for the diagnosis of some diseases. The results of clinical assays of blood coagulation in healthy persons are presented.
开发了用于研究血液凝固及其他生物流体声学特性（超声凝血成像法）的方法和技术手段。该设备组合基于通过脉冲法测量所研究介质中超声速率的原理。给出了该方法适用于研究血液凝固过程的论据，设计了特殊的声学腔室，并开发了用于即时处理数据的算法和计算机程序。应用领域为生物学和医学：研究生物流体的声学特性（如血液凝固）、流变特性以及用于某些疾病诊断的对象的粘度。展示了健康人血液凝固的临床检测结果。
