Determination of Calcium in Blood

Buzanovskii, V. A.

doi:10.1134/s2079978018040027

Cited by 7 publications

(5 citation statements)

References 208 publications

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“…Biochemical studies determined the total protein in the blood serum by the biuretic method, protein fractions by turbidimetric (nephelometric), transaminase activity, copper using BIO-LA-TEST kits [17,18]. Albumin was found by reaction with bromocresol green, C-reactive protein in the latex agglutination reaction, alkaline phosphatase activity by the ECOSERVICE CLINITEST, total calcium by unified colorimetric, inorganic phosphorus by the molybdenum UV method, glucose by glucose oxidase method [19][20][21]. Serum carotene was determined by electrocolorimetric express method [22].…”

Section: Methodsmentioning

confidence: 99%

Analysis of the effectiveness of complex pharmacotherapy using antibacterial agents and immunomodulators for bronchial pneumonia

Kokoeva,

Kumacheva,

Dzhalagonia

et al. 2023

J Adv Pharm Educ Res

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Section: Methodsmentioning

confidence: 99%

Analysis of the effectiveness of complex pharmacotherapy using antibacterial agents and immunomodulators for bronchial pneumonia

Kokoeva,

Kumacheva,

Dzhalagonia

et al. 2023

J Adv Pharm Educ Res

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“…The flame photometry method, due to its ease of implementation, rapidity and availability of equipment, is widely used in clinical laboratories to determine in the blood: sodium and potassium, the concentration ratio of which controls the functioning of muscles, including the heart [33][34][35][36][37][38]; total calcium is one of the numerous indicators of the state of human blood [39].…”

Section: In Clinical Chemistrymentioning

confidence: 99%

Modern instrumentation and practical application of flame atomic emission spectrometry

Zauer

2024

Chim.Tech.Acta

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The modern instrumentation for flame atomic emission spectrometry (FAES) is overviewed: the main technical (composition of the fuel gas used, dispersing element, number of analytical channels, reference channel, detecting element, sampling method) and analytical (determined elements, range of determined concentrations, limits and the accuracy of their determination, the duration of a single measurement, the equired amount of the analyzed sample) characteristics of flame photometers for industrial and clinical use as well as spectrophotometers currently made by various manufacturers such as Sherwood Scientific Ltd., BWB Technologies UK Ltd., Labtron Equipment Ltd., Labnics Equipment Ltd. and JENWAY Ltd (UK); A.KRÜSS Optronic (Germany); Cole Parmer Instrument Company and Labfon Equipment Inc. (USA); Inesa Analytical Instrument Co., Ltd (China); OJSC Zagorsk Optical and Mechanical Plant, Unico-SIS LLC and VMK-Optoelectronics LLC (Russia); Manti Lab Solutions, Labtronics, Systonic, Globe Instruments, Electronics India, Lasany (India). The main areas of application of FAES are presented – bioenergy, agriculture (analysis of plants, soil extracts and fertilizers), mineral raw materials (geology), clinical medicine and pharmaceuticals, food industry, environmental control (analysis of drinking, technical and waste water), nuclear energy, metallurgy and chemical industry, as well as some features and problems associated with the preparation of samples for analysis by the FAES method. The review includes references to works on the practical application of FAES, published mainly from 1998 to 2023.

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“…Many methods are available to detect osteoporosis according to the examination method used, where the detection methods are either based on different imaging devices such as X-rays and CT scans [4]- [7] or based on the detection of calcium in the blood in vitro [8]- [11]. The whole human blood consists of two main parts: the first part is red blood cells and platelets, which make up 45% of the volume of the first part, and white blood cells, which make up 1% of the volume of the first part of human blood.…”

Section: Introductionmentioning

confidence: 99%

A microcontroller based microfluidic biochip for calcium percentage detection in blood

Al-Sawwaff

Rashid

Al-Okby

et al. 2022

IJEECS

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Apheresis is an essential step in clinical diagnostic. Searching for a safe and fast way was necessary to avoid wasting time and obtain the desired results efficiently. <span lang="EN-US">This research includes two stages: First, a microfluidic biochip with the properties of fast processing response, automation capability, and low-cost was designed having a tiny mesh-type channel that filters pure plasma from the blood components and a straight channel to deliver the pure plasma to a tank. Second, an automated system was designed to detect blood calcium levels using a microcontroller and a colors-detection sensor TCS3200-DB. The device is designed to take a 0.15 to 2.15 mg/dL, 10-160 µm blood sample, which is considered small compared to the samples taken for the blood apheresis process used in laboratories where a substantial quantity of pure plasma is obtained naturally. Pure plasma is mixed with calcium detectors R1 and R2 to get a violet-colored solution with a wavelength between 390 nm to 440 nm. The results of the proposed device were compared with the traditional methods used spectroscopy method using concentrations of 10 different blood samples, and the results proved that there is a slight error between the two processes.</span>

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Determination of Calcium in Blood

Cited by 7 publications

References 208 publications

Analysis of the effectiveness of complex pharmacotherapy using antibacterial agents and immunomodulators for bronchial pneumonia

Analysis of the effectiveness of complex pharmacotherapy using antibacterial agents and immunomodulators for bronchial pneumonia

Modern instrumentation and practical application of flame atomic emission spectrometry

A microcontroller based microfluidic biochip for calcium percentage detection in blood

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