And we can use it as a reference value when we are selecting pooling methods.
First, we perform microfluidic selection against a target protein of interest and characterize the selected pool via HTS.
For each training-trial, mice were placed in the water facing the pool wall in a randomly selected pool quadrant, the escape latencies and distance swim were recorded.
The results indicate that ribosome display technology can be used to efficiently isolate hapten-specific antibody (Ab) fragments from a naı̈ve library and concurrently introduce diversity to the selected pool thereby facilitating molecular evolution.
The transcription levels of a selected pool of differentially regulated genes were verified by qPCR.
The maximal score, 367 is given to the octapeptide representing the consensus of the selected pool.
These results were compared to a selected pool from independent animals of kidney homogenates loaded on the identical blot.
Phage-Abs from each selected pool were individually screened by cell-ELISA for their ability to bind the selector cell line.
In the natural binding peptides at position −4 a negatively charged Asp is the most frequent amino acid, which is absent from the in vitro selected pool.
Second, we selected Pool 1 as the reference and computed the normalization factors by dividing the net MFI of all the normalization microspheres in the reference pool by the net MFI of the corresponding normalization microspheres from other pools.
Confocal microscopy and computational analyses of the two fluorescent signals indicated that a selected pool of sarcomeric MyHCemb co-localized with Ozz in the untreated myotubes (Fig. 4A and C).
