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Since the radiofrequency used to sense proximity cannot propagate through a human body, this enabled detection of face-to-face proximity relations.
This enabled detection of four phases of human activity: Early to Middle Bronze Age (1800 1300 BC), Late Iron Age (450 15 BC), Early Middle Ages (5th 8th century AD) and High Middle Ages (9th 13th century AD).
This enabled detection of sulfur species on Cu dendrites despite the presence of O2 signal.
This enabled detection of a minimum prevalence of 20-28% depending on herd size.
This enabled detection of statistically significant similarity between these pathway signatures and corresponding changes observed in human disease.
This enabled detection of TPRT sequence hallmarks that distinguish WGA artifacts from most genuine L1 integration sites; specifically a TSD, an L1 EN target motif and an L1 poly-A tail (Jurka, 1997; Luan et al., 1993).
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This enables detection of any GC amenable pesticide.
This enables detection of genes even with very low expression levels.
This system enabled detection of the onset and peak of an epidemic.
This approach enabled detection of 225-shared drought-adaptive DEGs with enhanced functional and evolutionary conservation across-species.
Of note, this kit enabled detection of two forms of aspartate, isomerized aspartate (L-β-Asp) and racemized aspartate (D-α-Asp), but does not recognize the D-β-Asp racemized form.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com