A conserved supra-motif organization implies evolutionary constraints on the manner in which the scaffold presents its ligands, and therefore, one might expect to find conserved features of inter-domain regions.
If dauer and infective larvae have a common origin, we would expect to find conserved miRNAs in dauer and iL3 that show a coherent expression signature.
Because the PCP mechanism is conserved in mammals [ 22, 30], we expected to find orthologs of dachs in mammals.
Tellurium is expected to find such use.
Stookey expected to find a molten mess.
PSSMs have been widely used to find conserved motifs.
While one might expect to find a reduced number of conserved sequences compared to the orthologous comparisons (e.g. Homo 3-2-10 3-2-10 3-2-10-2-10), this is not the case for comparisons among tetrapods.
If the Elephant Shark genome is taken to be approximately 75% complete [ 21] one would expect to find ~15 of the 20 UCEs conserved between Skate and Horn Shark in this species.
If certain neural processes for AG learning were evolutionarily conserved, we might expect to find macaque ERP responses similar to those reported for comparable AG processing in humans, including homologs of the MMN and ELAN potentials, some of which might be stronger in frontal electrodes.
The only other relatively well conserved Gr lineage in insects is that of DmGr43a, AgGr25, HvCr4, and AmGr3, however the conservation here is insufficient to expect to find this lineage in Daphnia.
They expect to find more.
