Clinical biochemistry is one of the most explored and reliable branches in clinical diagnosis and pathology. It includes the qualitative and quantitative assessment of molecular and chemical entities (such as glucose, minerals, electrolytes, and uric acid) in a given patient sample. These measurements are used to diagnose the function of body organs. Traditional clinical chemistry analysis involves the use of various substrates and enzymes or catalysts to detect and quantify the presence of analytes in a given sample based on the colorimetric principle involving the absorption and refraction of specific substances at specific wavelengths. It includes the use of wet reagents, large setups, and the need for a large number of samples. On the other hand, dry chemical analysis is based on the reflectance measurement of a specific substance at a specific wavelength and its comparison with the standard.
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The dry chemistry analyzer consists of highly sensitive multi-layer reagent-coated glass slides instead of wet reagents. It only needs 10 ml to 50 ml samples. The results of the dry chemical analyzer are comparable to the traditional wet chemical analyzer. However, the results of certain parameters of dry chemical analyzers and traditional chemical analyzers are different. Dry chemistry analyzers are compact and easy to operate because they do not require reagent storage space, do not require pipetting reagents, they are semi-automatic to fully automatic, and require a small amount of sample. These factors have contributed to the high adoption of dry chemistry analyzers in emergency care environments, doctors’ offices, and so on. Dry chemistry analyzers, such as blood glucose analyzers, blood cholesterol analyzers, and blood electrolyte analyzers have been widely used worldwide. There are a large number of manufacturers of dry chemical analyzers on the market. Compared with traditional chemical analyzer reagents, the main concern of users is the high cost of test cartridges or glass slides. In addition, most analyzers work on a closed system principle and are compatible with their own reagent slides or cartridges.
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The global dry chemistry analyzer market can be segmented according to product, technology, ergonomics, end user, and region. In terms of products, the dry chemical analyzer market can be divided into analyzer systems and consumables. Consumables include reagent coating kits or glass slides, which need to be processed after each test. According to technology, the global dry chemical analyzer market can be divided into single-parameter and multi-parameter. These devices have high throughput, which has led to an increase in the adoption rate of healthcare institutions. In terms of ergonomics, the dry chemical analyzer market can be divided into desktop and stationary. According to the end users, the dry chemical analyzer market can be divided into hospitals, independent diagnostic laboratories, blood banks, etc.
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From a regional perspective, the global dry chemical analyzer market can be subdivided into North America, Europe, Asia Pacific, Latin America, and the Middle East and Africa. The United States highly adopts technologically advanced diagnostic equipment and prefers instant testing equipment. These factors have led to the high usage rate of dry chemical analyzers in the United States, which is attributed to North America’s high share of the global dry chemical analyzer market in 2017. As Europe is expected to account for the second largest share of the global dry chemical analyzer market, it has a well-developed healthcare infrastructure and demand for preventive and quality healthcare. It is expected that during the forecast period, a large population, high unmet needs and increased healthcare expenditures will drive the growth of the dry chemical analyzer market in the Asia-Pacific region.
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A large number of dry chemistry analyzer suppliers compete in the market in terms of the expansion of test parameters, the reduction of test costs, and the efficacy of analyzers. Major players in the global dry chemical analyzer market include Ortho Clinical Diagnostics, Fujifilm Corporation, ARKRAY, Diatest GmbH, ACON Laboratories, Inc., MedTest, Abbott, F. Hoffmann-La Roche Ltd. and Kontrolab.
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Post time: Jun-23-2021