how do you right a bibliography bt phone book report a fault effet dangereux du viagra https://eagfwc.org/men/buy-viagra-shanghai/100/ follow url aciphex without a prescription essay on participation in class activities your school life essay biographies online introduction deforestation essay site francais cialis essay words to start rachel carson the marginal world essay difference between cialis super active cialis professional request info viagra thesis_hook_before_headline how to reference in apa format cal lutheran application essay 2020 viagra on women essay learning foreign languages follow url see euthanasia conclusion essay https://samponline.org/blacklives/english-paper-essay-art/27/ clever essay titles generator watch coursework on resistance of a wire https://mnscha.org/advised/clomid-side-effects-steroids/38/ core connections homework help table of contents for essay rush viagra bust go Real-Time Polymerase Chain Reaction (PCR) technology, or Quantitative PCR (qPCR), is a molecular method for quickly identifying specific pathogens based on analysis of their DNA.
• If the pathogen is present, a fragment of its DNA will be replicated exponentially through repeated heating and cooling cycles. As the DNA sequence is amplified, special equipment measures the proportional increase in fluorescence (light) generated with each cycle.
• Within just a few hours, the targeted pathogen is identified as either detected or absent. No further analysis or interpretation is required.
• Real-time PCR technology has been proven in many applications, including quantification of human pathogens and detecting biohazards in food, drinking water and the environment.