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Showing posts with the label laboratory-on-a-chip

Lab-on-a-chip Technology: Detect Cancer Before a Tumor Formed

  Cancer is a condition characterized by uncontrollable cell growth or reproduction in a specific part of the body, which will ultimately invade surrounding tissues and metastasize to distant sites. Most of the time, cancer has been advanced and possibly spread throughout the body by the time it's diagnosed. Therefore, cancer diagnosis and treatment is a competition against time, for which efforts have been made to find informative biomarkers, such as mutated nucleic acids, secreted proteins, and tumor cells, that can indicate cancer at the relatively early stage.   Researchers at the Concordia University recently published a study in the journal Biosensors and Bioelectronics , which introduced a new liquid biopsy approach using lab-on-a-chip  technology, aiming at detecting cancer prior to the forming of a tumor.   M icrofluidic Chip to  Capture Cancer Biomarkers   Th is liquid biopsy method is developed on the basis of a microfluidic chip targeting extrac...

Microfluidic Chip Technology Applications in Food Safety

  M icrofluidic technology   ha s  been studied  ever  since the early 1990s , allowing researchers to stud y liquid transport rules   on the micrometer and nanometer scales  or process small amounts of fluidics using channels measuring from tens to hundreds of micrometers .  Current advancements in microfluidic technology  undoubtedly have enhanced its applications in life science  and medical research , including food safety monitoring.   What Makes Microfluidics Outstanding?   Compared to traditional biochemical instruments that consume a large number of fluidic samples with large space occupied and complex operations, microinstruments based on biosensors and bioelectronics outperform traditional instruments with higher detection efficiency and improved accuracy. Micro total analysis systems and laboratory-on-a-chip  systems are gradually applied in a wide range of biological analyses because microfluidic chips are feat...