Comparative data indicate that the same sequences may be involved in dosage compensation in other Drosophila species.
Moreover, the correlation coefficient values close to +1 indicate that the same sequences are present in both X chromosomes and autosomes.
Therefore, we decided to explore whether the sites found were evolutionary conserved, which would indicate that the same sequences might be used in different species.
– indicates alignment of the same sequence.
TWC performance with 0.5 Hz dynamic condition at 620 °C indicated better conversions with the same sequence corresponding to OSC of each catalyst.
The identical seed sequences among the species examined indicate that same sequence motifs have been used for the target sites of these miRs during insect and Daphnia evolution.
Sequence differences are indicated by letters (e.g., let-7a and -7b), while different genomic loci expressing the same sequence are indicated by numbers.
The sequence analysis of both PCR products yielded the same sequence, indicating the fact that the same pathogen was responsible for the epididymal and choroidal infections.
Numbers of specimens sharing the same sequence are indicated after the Genbank Accession Number.
However, by direct sequencing of PCR products of this last sample, the electropherogram could detect two nucleotides (A and G) at the same sequence position indicating a mixture of V519 and L519 residues.
