Although the loss of NCoR binding could play a role in the phenotypes we observe, we noticed a striking result when we compared the lifespans of previously published RTT models and the new R306C mice.
While observing myoblast differentiation, we noticed more survival cells in PRR14-expressing cells than the vector-control expressing cells.
While observing the growth pattern, we noticed that the growth of transformants was faster at the initial period of the growth phase, which remained high at the later phases of growth.
In Iteration 1, we observed and noticed from feedback that the students could use more time when an event (i.e., an eruption) occurred, but not in-between (i.e., during normal monitoring tasks) therefore we kept the streaming speed the same for all subsequent iterations.
Highest number of associations was observed for GGGGGT (4221), however, we noticed that this SES closely resembled a PG4 DNA sequence and hence was most likely to adopt a PG4 DNA structure with appropriate flanking sequence.
Surprisingly, by observing within trans-eQTL distribution, we noticed the linkage of many transcripts to the same chromosomal region, which gave rise to vertical alignments of eQTL.
While observing fluorophore-tagged cohesin subunits, we noticed that in cells with small to medium-sized buds cohesin was enriched in a distinct focus within the nucleus.
Recently, we examined the phenotypic and genotypic characteristics of 205 randomly selected clinical bacterial isolates with respect to their ability to form biofilms [ 8], and we noticed biofilm formation was observed in isolates serially recovered from presumed ongoing infections in several patients.
We noticed that the survival observed in randomized studies was lower than in the non-randomized studies, and that matched-pair studies gave significantly better results than others.
