Sentence examples for multiple hybridizing bands from inspiring English sources

A complex and reproducible pattern of multiple hybridizing bands is produced in Southern hybridization experiments with a Euglena U3 snoRNA gene probe (Fig. 1A), implying that this gene is present in multiple copies in the Euglena genome.

The relative signal intensities of the multiple hybridizing bands were quantified by densitometric analysis using ImageJ [ 97] to determine the area under each peak.

Unexpectedly, whereas U3 snoRNA is encoded by a single-copy gene in all examined trypanosome species [ 40- 42], heterogeneities observed in RNA sequencing along with multiple hybridizing bands in Southern analysis [ 38] strongly suggested that U3 snoRNA is a multi-copy gene in the Euglena genome.

Southern analysis of Euglena genomic DNA using a tRNAArg gene probe identified multiple hybridizing bands (12 in BamHI/ EcoRI, ranging in size from 2.1 kbp to 16 kbp; Fig. 4A), suggesting that the tRNAArg gene is also multi-copy in the Euglena genome.

Most of the lines with low GFP expression from populations transformed with the vectors controlled by Nos or tCUP1 were also found to have multiple hybridizing bands, but all of the low GFP expressing lines transformed with CaMV 35S contained only a single band.

Multiple (up to 25) hybridizing bands were revealed on the blots probed with the D3-exon of the XFL1.1 gene (Fig. 6).

Lines K19-H3, K19-C2 and K19-H5, regenerated from the SA-treated anther-cultured K19 starter line yielded new unique hybridizing bands (Figure 4).

Following secondary antibody labeling using appropriate HRP conjugates, (AbSerotec) hybridizing bands were detected using SuperSignal West Dura, (Thermo Fischer).

Strains with identical RFLP patterns (100% similarity) and five or more hybridizing bands, were judged to belong to a cluster.

Hybridizing bands or PCR fragments corresponding to WT and DKO allele are indicated.

Hybridizing bands were visualized with a FujiFilm Fluorescent Imager Analyzer FLA 3000.