Information technology and hardware-software complex for monitoring the state of biological fluid samples

Abstract

The article deals with the development of information technology for monitoring and diagnostics of the state of liquid biological samples. The method is proposed on the basis of factor analysis caused by an information electric signal as a result of mechanical action on a biological sample. The paper provides a detailed analysis of the methods using a similar (piezoelectric) effect in medical and research practice. The aim of the work was the development and experimental study of the method and systems for monitoring the state of liquid biological samples. The basic models are used as the informational model of the factorial influence i.e. parametric and the model of dispersion components. The level of mechanical action on the liquid sample is used as the levels of the influencing factor in this method, and the potential difference from the electrodes immersed in the liquid sample was used as an informative signal. The paper shows the structural diagram of a laboratory installation and describes the principle of its operation. For experimental verification of the developed method, 10 samples of whole blood of patients (5 without pathology, 5 with colorectal cancer) were used in the work. The robot provides a technique for preparing the data obtained and provides an information technology for identifying informative features. With the use of the described informative models of factorial influence, an informative analysis of the proposed parameters and an estimation of the quantitative content of control information in them are presented. As a result of the experimental study, it was concluded that the developed information technology makes it possible to detect changes in the state of the controlled biochemical material with 95 % certainty.

Authors and Affiliations

P. F. Shchapov, R. S. Tomashevskіy

Keywords

Related Articles

Improved mathematical apparatus for determining the observed area of the landed earth region in space monitoring problems

The article proposes an improved mathematical apparatus adapted for modeling the processes of space monitoring of the earth's surface, in particular, for determining the geographic coordinates and sizes of the observed a...

Mechanism of enterprise’s intellectual capital management

The article researches the features of intellectual capital as the object of management and presents the basic principles of its management in an enterprise. It summarizes the existing mechanisms of organizational manage...

Research of the stress condition of cast billets blade chisel

Models of a drill bit and a mold were developed. Melted steel pouring process was studied. Residual stresses distributions for different sections of a blade bit were studied. The highest residual stresses were observed i...

The neural network as a part of decision support system for quality management for production objects in machining process

The research discusses the use of artificial neural networks (ANN) as components of a decision support system (DSS) to automate quality control manufacturing facilities machining business at the production, which should...

Adaptive slicing 3d model of product in additive technologies

A study on the possibilities of adaptive slicing initial 3D model (given by the STL-file) is presented in the forming of product by additive technologies. The proposed method of adaptive slicing 3D model allows to increa...

Download PDF file
  • EP ID EP305715
  • DOI -
  • Views 83
  • Downloads 0

How To Cite

P. F. Shchapov, R. S. Tomashevskіy (2018). Information technology and hardware-software complex for monitoring the state of biological fluid samples. Вісник Житомирського державного технологічного університету. Серія: Технічні науки, 81(1), 87-95. https://europub.co.uk/articles/-A-305715