The present study on C. batrachus revealed novel candidate RGs (RPL30, TUB, 28S rRNA and ELF-1A) with a more stable expression in experimental contexts, in comparison to frequently used RGs (e.g. ACTB, GAPDH and 18S).
This fully non-parametric test does not require an estimate of the gene expression-specific measurement variation and is therefore more stable with regard to experimental noise and small data sets with low number of replicates [ 23].
In addition, neurite patterns are more stable and less dependent upon experimental conditions than molecular markers and electrophysiology, respectively.
In order to design more stable and safer core configurations, experimental and theoretical studies about BWR (Boiling Water Reactor) instability have been performed to characterize the phenomenon and to predict the conditions for its occurrence.
Solid-state nanopores are more stable than protein nanopores under various experimental conditions like pH, salinity, and temperature [8 11].
Therefore this makes the predator prey oscillation dynamics more stable, which is consistent with the experimental conclusions about the effects of AHL on the system [17].
Our results clearly reveal novel candidate housekeeping genes with a more stable expression in different cellular and experimental contexts in comparison to frequently used housekeeping genes (e.g. ACTB, GAPDH and HPRT).
As unpaired nucleotides increase, systems G_CG_G/CamC get more stable or stay the same within experimental error, and systems G_CG_G/CumC have the same trend except for system G_CG_G/Cu5C, which is 0.45 kcal/mol less stable than G_CG_G/Cu4C.
They have a "bleeding edge" release that's updated every day for the more adventurous and experimental user and then more stable monthly builds.
Relative experimental data showed that more stable signal corresponded lager value of the criterion.
