It was found that a smaller percentage was obtained when searching against the SWISS-PROT protein database rather than against the nr database.
Lipid droplets in the CNS increase rather than decrease during NR (with normoxia) and so, in contrast to those in fat body, do not appear to correspond to a nutrient store that is depleted during starvation.
If alignment results of different databases conflicted, BLAST results from NR rather than Swiss-prot were given precedence.
A binomial distribution Br(nr, pr) was modeled for testing the significance of the read depth at the border site rather than the adjacent position, where nr is the total number of reads mapped to the TSSs/TTSs border and adjacent sites for the target gene, and pr is ½, representing the probability of a random distribution.
Co-regulators are emerging transcription factor (TF) family that stringently controls the actions of almost "all" nuclear receptors (NRs) through direct binding to NRs rather than binding to DNA [1] [4].
When family members were described as intervening in a challenging rather than an inquiring way (variable nr 5) this only had negative effects on approval and support of the behaviour in the medication error frames.
In Plymouth Sound denitrification, rather than anammox, is the dominant Nr removal process throughout the year, although both processes appear to vary proportionately with season, with lowest rates being observed in winter (V. Kitidis, unpubl. data).
This results in greater soil moisture surpluses in NR I than NR V during an average rain season.
NR contrasts with HR in that the former will lead to gene acquisition rather than gene replacement, and as a result, we would expect that NR will generally manifest as a diversifying rather than as a cohesive force and have its greatest impacts on the auxiliary genome.
Based on the photocatalytic data, we can speculated that the directed spatial charge separation lead to the enhanced photocatalytic efficiency rather than the localized surface plasmon resonance (LSPR) effect of Au NRs.
The MiDAS taxonomy is a version of the SILVA database (Release 119, Ref NR 99) that is refined for the classification of activated sludge organisms, rather than being an independent divergent taxonomy.
