How to split a G-quadruplex for DNA detection: new insight into the formation of DNA split G-quadruplex
Here, we get a new insight into the formation of a split G-quadruplex from the viewpoints of
the split mode and guanine base number. An unusual result is that the split mode 4: 8
performed best in six split modes, including the frequently used mode 1: 3 and 2: 2 in the
split G-quadruplex enhanced fluorescence assay. Circular dichroism spectra verified the
conclusion. The application of the split G-quadruplex based assay in DNA detection was
performed on the point mutations of the JAK2 V617F and HBB genes. A multi-target analysis …
the split mode and guanine base number. An unusual result is that the split mode 4: 8
performed best in six split modes, including the frequently used mode 1: 3 and 2: 2 in the
split G-quadruplex enhanced fluorescence assay. Circular dichroism spectra verified the
conclusion. The application of the split G-quadruplex based assay in DNA detection was
performed on the point mutations of the JAK2 V617F and HBB genes. A multi-target analysis …
Here, we get a new insight into the formation of a split G-quadruplex from the viewpoints of the split mode and guanine base number. An unusual result is that the split mode 4 : 8 performed best in six split modes, including the frequently used mode 1 : 3 and 2 : 2 in the split G-quadruplex enhanced fluorescence assay. Circular dichroism spectra verified the conclusion. The application of the split G-quadruplex based assay in DNA detection was performed on the point mutations of the JAK2 V617F and HBB genes. A multi-target analysis method based on a pool of G-segments split from T30695 (GGGTGGGTGGGTGGGT) by the magic “law of 4 : 8” was established.
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