An examination of the genomic sequence suggests that instead, this open reading frame is an artifact caused by the merger of two distinct lysozyme g genes (LygB2 and LygC) that are arranged in tandem (Additional file 5: Figure S3).
Furthermore, preliminary analysis of the E. grandis genome sequence suggests that (as has been observed in some Rosid genomes) a whole-genome duplication event has occurred in the lineage (Myrtales) subsequent to the ancient hexaploidy event shared by all rosids (Myburg et al., unpublished).
It lasts no more than half a minute, but, like the intriguing snatches that we see of Orson Welles's own attempt to film Cervantes — again, planned over many years, and never allowed to bloom — the sequence suggests that the mythological pull of the tale is so strong that directors will forever be drawn toward it.
The monophyletic sequence suggests that four groups evolved from lower forms to higher: Ameria (unsegmented animals), which includes flatworms, cnidarians, ctenophores, and mollusks; Polymeria (segmented animals), which includes annelids and arthropods; Oligomeria (reduced segmentation), which includes insects and echinoderms; and Chordonia (chordates), which includes all vertebrates.
In addition, the construction sequence suggests that the sandstone block size increased over time.
Although the sequence suggests that mGluR5R may be a secreted glutamate binding protein, we found that when expressed in HEK293 cells it was membrane associated and not secreted.
By way of analogy, the aura sequence suggests that spreading depression may reach the deep brain structures (deep left frontal operculum and limbic system).
The gene's sequence suggests that its protein may anchor the channel to the cellular skeleton, a steady framework from which it can detect any jostling.
The new sequence suggests that there is substantially more variation between humans than previously recognized and pushes personalized medicine a step closer.
Co-precipitation of θ′- and Q-phase precipitates is observed for all aging conditions, which, when combined with DSC analysis of the precipitation sequence, suggests that Q-phase precipitates serve as heterogeneous nucleation sites for θ′-platelets.
The Camporredondo sequence suggests that a forested landscape existed from the start of the Holocene with values of approximately 90% of arboreal pollen mainly derived from pine forests in the surroundings.
