Your English writing platform
Discover LudwigSuggestions(1)
Exact(6)
Table 1 and Fig. 4B also show that five of 10 bat tissue samples yielded an amplicon beside the expected band for G. destructans.
Thus, the expected band for CENP-C is the lower band on each blot presented.
All the amplified products were analyzed on microchip based electrophoresis system MultiNA (Shimadzu biotech, Japan) and the highest peak detected by the fragment analyzer was scored for the presence of the expected band for each primer pair.
The PCR results using PAO1 and PA14 chromosomal DNA, respectively, clearly indicated a size shift of the expected band for primer pair A1/A2 of ~1000 bp which perfectly fits the prediction and with primers B1/B2 no PCR product was observed for PAO1.
SDS PAGE analysis of purified TatCHis (Fig. 4C) showed not only the expected band for TatC at 27 kDa but also higher molecular weight species which immunoblotting confirmed to also contain TatCHis and which would correspond to TatCHis dimers and trimers.
The monoclonal antibody (AcV5) directed against GP64 gave the expected band for the wild type GP64 pseudotyped lentiviral vectors, but did not react with virus pseudotyped with Sendai-GP64 recombinant protein.
Similar(54)
All expected bands for full-length Pink1 transcripts were detected in wildtype and heterozygous mutant (Pink1+/−) animals.
Southern blotting of genomic DNA from H3f3bFl/Fl, H3f3bWT/WT (WT), and H3f3bΔ/Δ KO) animals using two separate probes (5' and 3') (Additional file 1: Figure S1C) produced the expected bands for each allele.
Vector bands were removed and the fingerprints further screened to require at least half of the minimum expected band count for the size range of the clone library (using a conversion factor 1 band = 1.2 kb).
The primers for CL284.Contig2 amplified expected band (Fig. 6b), the primers for CL2216.Contig1 and CL2216.Contig4 both amplified two alleles (Fig. 6c, d).
The expected band at 5 kb for Tensin2, as previously reported in human organs [1], was barely detectable in only 2 out of 8 cell lines: HeLa and SW480 (Figure 1A).
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com