Biochemistry Analyzer: Applications, Facts & Benefits

Biochemistry analyzer is one of the most commonly used devices in pathology laboratories. It is a medical equipment that is designed to perform tests on a wide range of elements from blood, serum, plasma, cerebrospinal fluid to urine as sample. Means, it helps to analyze, study and evaluate the characteristics of various samples. In other words, it has the ability to address a wide range of medical industry challenges.

Biochemistry Analyzer Applications

Commonly used in science labs and medical settings, this device helps doctors to diagnose the problem and identify critical issues (cell related issues and diseases). Scientists also use this device to identify the structure as well as function of bio-molecules, such as nucleic acids, lipids, enzymes, etc. In simple terms, the device is ideal for performing critical tasks in an efficient and safe manner.

Besides that, it is also helpful in advancing medical research, drug investigations, diagnostic and product development approaches. Means, these fully featured devices have become the backbone of the entire medical and pharmaceutical industry. In a nutshell, such devices simply meet the needs of physicians, lab professionals as well as patients.

Why choose biochemistry analyzers

  • Significantly reduces repetitive tasks
  • Handles loading, tube cleaning, mechanical control, and data processing
  • Easy to operate (easy insertion of samples and automated programs)
  • Speed up complex analysis
  • Helps to streamlining daily laboratory activities
  • To enable early detection as well as diagnosis of disease
  • Comply with safety standards of the healthcare industry
  • Provides a report as soon as possible (means, it provides the best quality of diagnostic information).

Statistical fact –  

  • In 2018, the Indian biochemistry instruments and reagents market is estimated at Rs 1742 crore, with reagents continuing to dominate at Rs 1450 crore, at an 83.24 percent market share. Source – Medicalbuyer.
  • The global biochemistry analyzers market size was valued at USD 3.3 billion in 2018 and is expected to witness a robust CAGR of 5.4 percent from 2019–2026. Source – Coherent Market Insight.

Benefits of biochemistry analyzers

  • Timely and accurate analysis of samples
  • Improves the level of medical industry
  • Optimizes time-consuming testing and analytical processes
  • Provides reliable diagnostic information
  • Fosters product innovation
  • Improves wellness and patient care
  • Helps to understand biological processes as well as other chemical reactions
  • Increases the efficiency of medical facilities, test centers and diagnostic centers (small, medium-sized and large)
  • Helps to perform different types of tests at the most economical rates
  • Enables labs to perform fast and quality testing
  • Helps in the optimization of cell examinations and other such studies
  • Capable enough to analyze multiple samples efficiently

Here are a few uses of biochemistry analyzers –

  • High precision biochemistry analyzers are also used in pharmaceutical industries to diagnose fatal diseases.
  • Helpful in determining diverse functions of biomolecules within the cells.
  • It assists the medical industry by helping in diagnosing and treating diseases.

One of the best things is that people can pick from a wide array of biochemistry analyzer systems/devices as per their sample analysis and diagnostics needs. Today, it is easy to purchase such medical equipment from online platforms such as PrimedeQ that are designed for medical equipment and related services. Undeniably, biochemistry analyzer is truly a beneficial and rewarding device and boon for the whole medical industry.

Disclaimer : All views and information in this site and the blogs is based on secondary information available in public domain and is provided "as is", with no guarantee of completeness, accuracy, timeliness or of the results obtained from the use of this information. PrimedeQ is not responsible for any errors or omissions, or for the results obtained from the use of this information. Readers are encouraged to independently verify all required information.