Exact(6)
Our data suggest a model of RNA dynamics in hibernator BAT wherein key RNAs for BAT function are selectively stabilized during torpor while bulk transcripts decline through degradation in the absence of new transcription.
Immediately, it is apparent that the levels of the vast preponderance of RNA transcripts decline substantially and progressively with infection, as predicted by our earlier studies of SOX-transfected cells.
In both sets of oocytes, BUB1B and CHEK1 transcripts decline by similar magnitudes (40, 41).
Similarly, we demonstrated previously that maternal transcripts decline around MZT in Atlantic halibut [ 48].
Thereafter, SpCBFβ transcripts decline in abundance to levels approximating those of SpRunt-1.
P1, P2, and P0 c-myc transcripts decline at the same rate, whereas P3 transcripts are much less hormone sensitive.
Similar(54)
However, as abundance increased, the number of transcripts declined greater than exponentially (Fig. 1C, r2 = 0.97).
The levels of Arntl and Clock transcripts remained constant in males over seven days, but in females, these transcripts declined at day one and increased thereafter to approach the number observed in males (Fig. 3D and 3E, respectively).
Transcripts for most of the genes evaluated increased in abundance with increased current/biofilm thickness up to 3 6 mA, then remained relatively steady or, in the case of omcB transcripts, declined (Fig. 4).
To our surprise, another 22% of host transcripts declined only modestly in abundance during infection (mRNAs were assigned to this class if their levels declined by less than 1.9 fold during infection and are not displayed in the heat map of Figure 1).
This analysis shows that the abundance of many maternally loaded polyadenylated transcripts declines after late blastula.
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