What is a semi auto Biochemistry analyzer: how to work, principle, advantage and disadvantage life uses

What is a Biochemistry analyzer Biochemistry analyzer is a pathological instrument for the biochemistry test of blood samples, this instrument is mainly suitable for laboratories which have heavy load of blood sample testing. This instrument is mainly used to measure and analyze various chemical and biological elements of urine, human blood and other body fluids such as kidney function, liver function microelements and other electrolyte as well as hormones and microalbumen.

Basic Principle The basic principle of the biochemistry analyzer is based on the Lambert Beer law. This law relates the absorption of light to the properties of the medium through which the light passes. The amount of light entering the sample solution is called transmittance, and is expressed as the ratio of the intensity of the transmitted light to this and the intensity of the incident light beam. Absorbance according to Lambert’s law is directly proportional to the thickness of the sample. , and according to Beer’s law the absorbance is proportional to the concentration of the sample.

What is the Working Principle of Biochemistry A semi-auto biochemistry analyzer works on the principle of photometry. When a halogen lamp is turned on, it spreads light in all directions. When irradiated light passes through a convex lens which converts the scattered light. When it passes through the sample present in the flowcell/cuvette. A part of the light energy is absorbed by the sample. while the rest of the light is transmitted. This transmitted light then passes through a special type of color filter

How to Operate a Biochemistry Analyzer? After starting the machine, apply distilled water to the machine before running the sample. Then be sure to set standard. When your machine is ready to run, add or edit all programming of each parameter you need. Set the machine to flowcell mode before applying the sample. Set internal or external printer mode. Then set the date and time, and the name of the hospital or lab you are working at. You may not need to change the speed of the pump.

What are the benefits of biochemistry? 1.) Expertise. Biochemistry is flexible and can be applied to many fields and specialties, whether you wish to work in industry or in a specific field. 2.) Continue education and research. 3.) Career Opportunities. 4.) Transferable skills. 5.) Innovation. 6.) Understand the molecular basis of life. What are the disadvantages of biochemistry? 1.) Prohibited cost. 2.) “Carry-over” errors. 3.) General dangers of any complex equipment. 4.) Low Sample Output.