The molecular diagnostics industry is a relatively new territory that offers much promise for early disease detection and personalized patient care. When analyzing samples at the molecular level, there are serious consequences for errors, and tests must be highly accurate and precise. For example, molecular diagnostics may be used to detect the presence of DNA in samples collected at a crime scene, or to determine whether parents carry a genetic mutation that causes inherited diseases, such as cystic fibrosis.
While quality molecular test results are essential, standardized quality control materials for molecular diagnostic tests were rare until recently, when Maine Molecular Quality Control Inc. (MMQCI) was founded to fill this market need. The company manufactures and sells the first FDA-approved quality control materials for genetic testing and is on a mission to help companies that use or manufacture molecular diagnostics enhance their data integrity.
Quality is the company’s mantra and MMQCI practices what it preaches. As pipetting is one of the most ubiquitous and important processes in the development and manufacture of its quality control materials, MMQCI has a stringent liquid handling quality assurance program.
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A lab pipette is one of the
A lab pipette is one of the most extensively used tools in a laboratory. This instrument is used to transfer liquids or semi solids in measured volumes from one container to the other. These products have also found extensive use in the field of molecular biology where measured amounts of samples need to be extracted and introduced into lab machines that correspond to their use.
The Accuracy factor of pipet
When a pipette is inserted into any liquid a vacuum is created. The resultant suction function automatically draws up the amount of liquid required, which is then transferred to a receptacle.The main factor that decides what the accuracy level of a pipette will be is the expertise of the person who is handling the experiment.
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