The Acousto-Optical Method for Blood Typing Based on Discrete Processing of Photographic Images

Doubrovski, V. A.; Medvedeva, M. F.

doi:10.1007/s10527-016-9592-4

Cited by 3 publications

(4 citation statements)

References 6 publications

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“…It may be considered that this parameter is responsible for the reliability of the blood group typing. There are different ways to introduce this parameter, for example, [18,[23][24][25][28][29][30][31]. At any rate R shows how strongly the physical quantity measured by the device in the case of a positive agglutination reaction differs from the same value, but with a negative one.…”

Section: Resolution Of the Acousto-optical Methods To Determine Blood Group Type According To The Ab0 Systemmentioning

confidence: 99%

“…It was for the first time when the authors were involved into the problem of automatic device creation for blood typing based on the use of a probing optical beam and stimulating ultrasonic radiation simultaneously in 1986 [13]. In the further studies and developments this method was carried out in analog [18][19][20] or digital forms [21][22][23][24][25][26][27][28][29] and in the whole it was named as "acousto-optical method for blood group determination".…”

Section: Introductionmentioning

confidence: 99%

See 1 more Smart Citation

The Sedimentation Rate of Free Erythrocytes and Their Associates, the Influence of a Standing Ultrasonic Wave

Doubrovski

Markov

Torbin

et al. 2021

J-BPE

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Section: Resolution Of the Acousto-optical Methods To Determine Blood Group Type According To The Ab0 Systemmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

The Sedimentation Rate of Free Erythrocytes and Their Associates, the Influence of a Standing Ultrasonic Wave

Doubrovski

Markov

Torbin

et al. 2021

J-BPE

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“…In the works [20,21] the blood typing is performed using hemagglutinating serums based on the following techniques of photo images processing: photometric approach; static technique, including analysis of dispersion of pixels distribution for certain observation zone by their brightness, count of number of photo image pixels with the set brightness, calculation of summary brightness of photo image pixels. Comparison of the obtained resolution values for AOM of blood typing was performed for the above mentioned techniques of photo image processing.…”

Section: Introductionmentioning

confidence: 99%

Digital Processing Techniques Influence on Resolution of Acousto-Optical Blood Typing Method

Doubrovski

Markov

2022

Optics and Spectroscopy

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The various digital techniques of photo images processing influence upon the resolution of the acousto-optical method (AOM) for instrumental blood typing according to the AB0 system has been studied. Experiments with blood samples were carried out using monoclonal antibodies (tsoliclones) of anti-A and anti-B types, as well as without them ("clean" sample) when the mixture was exposing simultaneously by a standing ultrasonic wave. The experiment was recorded by a digital camera. Different variants of statistical calculations have been proposed to process the photo images of the recorded phenomena, the results were compared with the traditional photometric approach. It is shown that the statistical processing of experimental results gives a higher resolution in blood group determination and, consequently, a higher reliability of its typing. A comparison of different variants for statistical photo frames processing was carried out to study the possibility to increase the resolution of AOM in blood typing. Keywords: acousto-optical blood typing method, monoclonal antibodies, digital processing techniques, blood typing, high resolution.

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“…To reduce the effects caused by diffraction and an incoherent source, the blood cells are placed close to the sensors used for the data acquisition, then performed a comparison with the observed blood cells using a microscope. Doubrovski [23] he developed an acousto-optic method for the classification of blood cells based on digital image analysis of red blood cells and their aggregates and their complex immune. Solder [24] he successfully analyzed the morph-functional microvascular processing of living organs in human placenta.…”

mentioning

confidence: 99%

Characteristics Identification of Myeloblast Cell Using K-Means Clustering for Uncontrolled Images

Supriyanti¹,

Rifa’i²,

Ramadhani³

et al. 2019

IJMLC

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Blood cells are one of the most important parts in humans. One type of blood cells that play an important role in a leukemia diagnosis is leukocyte cells. There are some types of leukocyte i.e. myeloblast, lymphoblast, monoblasts and erythroblasts. One method of measuring leukocyte cell abnormalities is by examination of the morphology of leukocyte cells covering the area, circumference and diameter of leukocyte cells. In this research will be identified morphology of myeloblast cells by using K-means clustering method. The observed control variable is a characteristic of myeloblast cell that includes diameter, contour, and uniformity of object, amount, and cell density. While the observed data is uncontrolled image (noise) with RGB color format. The experiment showed promising results for further development.

show abstract

The Acousto-Optical Method for Blood Typing Based on Discrete Processing of Photographic Images

Cited by 3 publications

References 6 publications

The Sedimentation Rate of Free Erythrocytes and Their Associates, the Influence of a Standing Ultrasonic Wave

The Sedimentation Rate of Free Erythrocytes and Their Associates, the Influence of a Standing Ultrasonic Wave

Digital Processing Techniques Influence on Resolution of Acousto-Optical Blood Typing Method

Characteristics Identification of Myeloblast Cell Using K-Means Clustering for Uncontrolled Images

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