Two siRNAs were chosen specifically for CXCR4 mRNA so that the sequences were similar between mice and humans, with no similarity to other genes.
Recombination rates between 100% identical sequences were similar in the wild-type and its ΔnucS derivative (2.42 × 10−6 and 2.86 × 10−6, respectively).
Peptides based on CVI sequences were similar to consensus in both reducing genetic distance and detecting T cell responses.
Based on homolog analysis, 1595 flanking sequences were similar to mung bean and 500 to common bean genomic sequences.
The most frequently observed sequences were similar to Firmicutes (particularly Carnobacterium maltaromaticum) and Gamma Proteobacteria, including enterobacteria genera Hafnia, Pseudomonas and Aeromonas.
Sequence analyses revealed that 52.9% (46) of the clone sequences were similar to those of the uncultured bacteria in the environment.
Epsicokhan also suggested that the flashback sequences were similar to the Star Trek: Deep Space Nine episode "The Visitor", but was a "substantially less poignant take on hypothetical material".
Most cloned sequences were similar to VectorBase annotations and only three genes (CquiOBP6, 9, 12) differed from corresponding predicted genes.
A total of 14 sequences were similar to viral proteins and artificial sequences; and one midgut sequence matched to an Archaea protein (Table 1).
Four of these sequences were similar to published sequences of ribosomal RNA genes of bacteria, including Bacillus cereus (n = 3) and Frankia (n = 1).
These sequences were similar to M. mulatta sequences known to lack TRIMCyp, and showed no evidence of any deletions or rearrangements in this region (data not shown).
