Together, these results show that our combined approach of expression profiling followed by RNAi screening successfully identified genes that are functioning at different steps in the regeneration process.
To investigate the merit of these endogenous control selection methods, we analyzed gene expression using different real-time PCR normalization setups and compared it with gene expression obtained using the fundamentally different approach of expression microarray measurements.
The measurement and the model are generally linked through the approaches of analysis, expression, validation, and prediction.
The method provides several advantages over widely used heuristic approaches of accepting expression values above a fixed threshold, typically FPKM values ~ 1.
Furthermore, we found a high concordance between semiquantitative approaches of hTERT expression evaluated by immunohistochemistry and Western blotting on a same sample set.
However, tag profiling is only one of a number of alternative approaches for expression profiling.
Whereas the approaches of over-expression by cell transfection may have a difficulty in estimating the precise amount of proteins being delivered to the cell, microinjection of purified proteins can circumvent this problem.
The present work adopted similar approach for expression of LipL21 protein and purification of rLipL21 in E. coli cells.
In this paper, we present a novel approach of facial expression recognition based on the encoded dynamic features.
We employed the same experimental approach of mosaic expression of mem-TdTomato in the stable transgenic lines SqET4 or brn3c∶GFP.
