Process of eye tomogram obtaining by means of optical coherent tomography is studied. <p> </p>
Stages of idiopathic macula holes formation in the process of eye grounds diagnostics are considered. Main stages of retina pathology progression are determined: Fuzzy logic units for obtaining reliable conclusions regarding the result of diagnosis are developed. By the results of theoretical and practical research system and technique of retinal macular region of the eye state analysis is developed ; application of the system, based on fuzzy logic device, improves the efficiency of eye retina complex.
The paper evaluated the diagnostic value of laser photoplethysmography when examining patients with chronic lower limb ischemia. A statistical analysis of the research results was made, and diagrams of relationship between the degrees of ischemia and blood flow are presented. Development of the device to determine the level of peripheral blood circulation and saturation was presented. Also additional accessories in the form of optical fibers for different applications were suggested.
The paper reviews the tomograms of the retina by using coherent optical topographic scanner
STRATUS OCT 3000. There had been researched the efficiency of processing the biomedical images of this
class by using the standard procedure in tomography. There had been developed a new approach to determining
the macular area of the retina in the received tomograms by using the developed program.
The paper evaluated the diagnostic value of laser photoplethysmography when examining patients with chronic lower limb ischemia. A statistical analysis of the research results was made, and diagrams of relationship between the degrees of ischemia and blood flow are presented.
In this paper we report a new method for determination of macular area of the retina obtained by optical coherent tomography (OCT). A novel program of image processing was developed for this purpose. The improved efficiency of proposed tools and it accuracy in the determination of the parameters in the macular area was checked by comparison of results with the standard procedure of processing of the biomedical images of this class. All calculation were obtained from the retina tomograms by using coherent optical topographic scanner STRATUS OCT 3000
The polarization state of light is a very significant source of information in biomedical imaging. A light polarization can
be modified during its interaction with different biological tissues, according to its nature, disorders states and
pathological conditions. So these changes of polarization can provide valuable diagnostic tools. In this article we
presented a brief description of developed devices for tissue polarized image acquisition, classification of methods andresources for this purpose and suggest a direction for the further research.