We refer to the different patterns of organization as phases.
Third, the listings are almost always compiled from studies of other brain regions (i.e., non-auditory), some of which have very different patterns of organization (e.g., hippocampus).
Rex3, the first reverse transcriptase (RT -encoding RT -encodingson isolated fretrotransposona fisolatedl, Xiphophorus, is a non-LTR element related to the RTE fromly thet shows wide distribution and different patterns of organization in the genomelanomaeveral fish species [ 10, 11].
We compared chromosome location of piRNA clusters in three Dipteran species with remarkably different patterns of genomic organization: D. melanogaster, Ae. aegypti, and An.
In contrast, tumors without TMPRSS2-ERG alterations demonstrated an inverse correlation between open chromatin and rearrangements, indicating that these tumors either possess different patterns of chromatin organization from that of the cell line or preferentially rearrange in regions of closed chromatin [ 1].
The different patterns of RNR organization in Aermomans phages suggest that nrdAB and nrdDG were acquired in a single event from a common ancestor and that subsequent horizontal gene transfer and recombination events disrupted this arrangement, or that nrdAB and nrdDG were acquired independently in multiple instances by horizontal transfer.
People's two closest evolutionary cousins, gorillas and chimpanzees, have evolved two very different patterns of sexual behavior and social organization.
Thus, it is important to understand how cells respond to different patterns of mechanical force to regulate SF organization and cell function.
These different patterns of evolution may reflect fundamental differences in the function and organization of the different kinds of pathways.
Then, these results indicate unusually fast evolution in mt genome organization in the booklice of the genus Liposcelis, and reveal different patterns of mt genome fragmentation among L. bostrychophila, L. entomophila and L. paeta.
Our results indicate unusually fast evolution in mt genome organization in the booklice of the genus Liposcelis, and reveal different patterns of mt genome fragmentation among L. bostrychophila, L. entomophila and L. paeta.
