Exact(1)
Data from the MS and protein microarray approaches confirmed that there are still many more RBPs than have been recognized to date.
Similar(58)
The change in expression of candidate genes that were differentially regulated by HMGA1 by microarray approaches was confirmed by qRT-PCR.
Both approaches confirmed the results obtained with the microarrays, showing no change of the expression ratios Sor55/3153A in these control genes (data not shown).
Finally, validation with qRT-PCR, a method that is based on a different technical approach, confirmed microarray hybridization data with the exception of a single gene, CDK2-associated protein 1, which showed a positive, but not significant correlation between results of the two different methodologies (Table 7).
The following RT-qPCR approach confirmed the microarray data.
This approach confirmed the data from the microarray hybridisations, indicating that the CysR regulon consists of at least seven transcription units, by name cysIXHDNYZ, fpr2, ssuR, cg1514-cg4005, cg2810, cg3138-39, and 3372-75.
This approach confirmed our observations.
All these genes except ADORA1 were previously found by single gene studies (see Table 1) and later confirmed by microarray approaches.
A recent study identified a total of 306 differently expressed genes between muscle and heart tissue based on 1 253 361 Roche 454 reads and confirmed most genes by a microarray approach.
More recently, studies by Woodfine et al. [ 18, 19] confirmed the cytogenetic data, utilizing a microarray approach.
RT-PCR selectively applied on the above mentioned genes due to their particular interest, further confirmed the expression profiles found by the microarray approach.
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