Repeated Cycles of amplification produce degradation in the probe, resulting in increased fluorescence. TaqMan detection is, consequently, far more precise than dye‐based detection, because a rise in fluorescence happens only upon binding with the probe to a certain sequence and subsequent de‐quenching, though no sign is made by amplification of https://www.facebook.com/NewTechFind/posts/pfbid02wea7JdU1mWaQ5ooJaq8BmMcaQjZ7gTG8SfW1B7YLvWA42KgDfAsNSLTPmPP3r8Y3l