[Automatization of microscopic blood smear analyses and quality control using reference virtual slides].

MEKOC microscopy complexes have a group of specialized automatic functions for medical analyses of biomaterials integrated with general virtual microscopy accessories. Such functions provide a way of making specialized reference virtual slides (RVS). The latter contain the results of virtual analysis or expert evidence of the automatic analysis results presented in the virtual slide.

[Equipment components and system board for an automated microscopy system].

Characteristics of modern equipment components for general- or special-purpose modular systems of automated microscopy are considered. Medical, technical, and economic assessment of various configurations of automated microscopy systems is performed. These systems can be used in telemedicine and hematological, cytological, and parasitologic analysis.

[Automated procedures for microscopic analyses of blood smears: medical testing a MECOS-Ts2 complex].

The paper presents the results of medical tests of a group of computer-aided procedures for microscopic analysis by means of a MECOS-Ts2 complex (ZAO "MECOS", Russia), which have been conducted at the Republican Children's Clinical Hospital, the Research Institute of Emergency Pediatric Surgery and Traumatology, and Moscow City Clinical Hospital No. 23. Computer-aided procedures for calculating the differential count and for analyzing the morphology of red blood cells were tested on blood smears from a total of 443 patients and donors, computer-aided calculation of the count of reticulocytes was tested on 318 smears.

[Automated MECOS-Ts2 microscopy complex in pathologoanatomic practice].

Computer-aided and information systems of a MECOS-Ts2 microscopy complex designed to transmit a representative image of a specimen along communication lines are considered. The above systems allow the use of the complex: 1) in on-line and off-line modes to provide tele-medical services (cytology, histology, etc.); moreover, the requirements for channel traffic may be decreased over and over again as compared to the routine on-line videomicroscopy mode; 2) for telemedical tests of specialized local automatic procedures of microscopical analysis (analysis of smears of blood and bone-marrow smears, parasitological analysis, etc.

[An automated microscopy system MECOS-Ts2 and its trial use for blood and bone-marrow smear analysis].

Disadvantages of conventional procedures for testing of medical automated microscopy systems are considered. A testing procedure based on step-by-step testing of the system units is suggested. The procedure makes use of remote data analysis through communication lines.