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The use of molecular markers has revolutionized the pace and precision of molecular-assisted breeding.
The combination of these instruments with preparations stained with histochemical and immunohistochemical markers has revolutionized imaging by allowing the biochemical identification of components at subcellular resolution.
In particular, the combination of specific antibody probes with electron dense markers has revolutionized the field of electron microscopy (see for instance Plattner 1989).
The application of next-generation DNA sequencing to generate large numbers of genetic markers has revolutionized plant breeding, facilitating both molecular genetic research and marker-assisted selection efforts.
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Since the 1980s, the fast advent of molecular markers technology has revolutionized the field of genetics by changing the pace and accuracy of genetic analysis.
Routine molecular imaging technology using F-FDG (molecular marker: increased sugar metabolism) has revolutionized the noninvasive detection of tumour extent and metastatic spread for a great number of cancers (see above).
The expression of fluorescent protein (FP) genes as real-time visual markers, both transiently and stably, has revolutionized plant biotechnology.
The availability of whole-genome sequence and in silico approaches has revolutionized bulk marker discovery.
Availability of whole genome sequence and in silico approach has revolutionized the marker discovery.
Availability of whole genome sequences and in silico approaches has revolutionized bulk marker discovery.
Change at home has revolutionized policies abroad.
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