AFLP® technology was developed initially by Keygene in the early 1990’s. AFLP has become a widespread genetic fingerprinting technology.
AFLP video and diagrams. Keygene - [Read AFLP - Genetic Fingerprinting]
The light microscope allows dynamic biological processes to be imaged in their native (i.e., aqueous) environment with relatively high temporal resolution. However, the diffraction-limited resolution is low. When working at or beyond the diffraction-limited resolution of the LM, a disadvantage of fluorescence imaging is the relatively low signal-to-noise (S/N) ratio of the images. However, this can be increased significantly by video and computer technology. - [Read Watching Molecular Motors at Work by Video-Enhanced Light Microscopy]