Automated microbiology is the advanced microbiology technique that allows microbiologists to perform microbiology testing more quickly and accurately. Automated microbiology technique is an improved method for isolation, early detection, enumeration and characterization of micro organism and their products in clinical, food and environment industries. Automated microbiology techniques provide variety of experimental approaches such as sequencing and synthesis to modify or mimic a biological system. The main objective for using automated microbiology technologies is to develop and understand human diseases such as genetic diseases, cancer and identifies new molecular targets for drug discovery. In addition, the advancement in automated microbiology technique lowers the turnaround time, enhance quality control and boosts the accuracy of microbial experiments.
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The market of automated microbiology market is segmented as follows:
By Diagnostic Technologies
DNA and RNA Probe Technology
By End Users
The market of automated microbiology is majorly driven by technological advancements that have made microbial tests faster and more accurate. For example, in February 2012, BioControl Systems introduced Non-O157 Shiga Toxigenic E.coli (STEC) test. This test provides advancement in food microbiology and molecular technology for the detection of non-O157 serotype of E.coli. In addition, bioMeriux offers BacT/ALERT 3D microbial detection system. The system that provides high advantages such as easy access system and early detection as compared to other commercially available microbial detection system. Thus, these types of...