Fully Automatic Mispa Viva Agappe Biochemistry Analyzer, Assays: Electrolytes

Technically Superior Semi-Automatic Biochemistry Analyzer – Mispa Viva
Mispa Viva is a compact, simple, and reliable semi-automated biochemistry analyzer proficient in performing tests on whole blood, serum, plasma, and urine as a sample. Mispa VIVA is an indigenously developed and designed intelligent equipment which offers the best performance to laboratories looking toward achieving the highest efficiency as an identity for their lab with optimal operative cost with negligible maintenance.

Mispa Viva comes with a 5.7″ TFT LCD colorful touch display with embedded software. It is having Energy matched filter (EMF) to ensure longer filter life with low maintenance cost. Customizable filter options with six in-built filters and two optional positions. The flow cell used in Mispa Viva is made up of Quartz’s hard glass to avoid staining on the flow cell after performing the test. It has an Enhanced resistive aluminum (ERA) flow cell with a copper holder of 30 microliters size.

Mispa Viva has Auto Dim Light (ADL) function to ensure an extended life for the lamp. The instrument has different analysis modes such as – 1-Point linear & non-linear, 2-Point linear & non-linear, 1-Point sample blank linear & non-linear, Absorbance, Immunoturbidimetry, Biochromatic, Kinetic with calibration, Kinetic with factor & Calculated Tests. Mispa Viva has 200 defined programs, 5000 patients’ memory, and 18000 control results.

What is a biochemistry analyzer, and how can it be used?The Clinical chemistry analyzer or biochemistry analyzer is an instrument that is used to estimate the different biochemical parameters in serum/plasma or a urine sample. It brings about reactions using reagents to measure various components, such as glucose, enzymes, lipids, proteins, etc. These tests are performed for a routine health check-up or at hospitals for patient condition monitoring.

In the early days, biochemistry testing could only be done through manual processes without dedicated analyzers. In 1854, Jules Duboscq (1817-86), a French optical instrument maker, invented the Colorimeter. When monochromatic light is transmitted through colored compounds, it can absorb a specific wavelength of light, which is the basis for the Colorimeter’s working principle.

A colorimeter’s operation is based on the idea of Beer law. The Beer-Lambert law states that the concentration and absorbance of a solution have a linear relationship, making it easy to determine a solution’s concentration by looking at its absorbance.

The development history of biochemical analyser

• First generation analyzer, i.e., Spectrophotometer
• Second generation analyzer, i.e., Semi-automatic biochemistry analyzer
• Third generation analyzer, i.e.,Fully automatic biochemistry analyzer

 

The biochemistry analyzer market is growing in leaps and bounds. The market is mainly divided into two segments.

• Semi-automatic biochemistry analyzers (SAA)
• Fully- automatic biochemistry analyzers (FAA)