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The sequences produced by the FLX sequencer which corresponded to sRNA-derived cDNAs were filtered for those with 9 nucleotides of perfect match to adapter sequences at both ends, which were selected for further analyses.
In addition, we created artificially fragmented protein sequences from E. coli to confirm the accuracy of KO assignment to the truncated proteins because the gene products predicted from the end of assembled contigs and singletons were often truncated in the sequences produced by 2nd generation DNA sequencer.
We prove strong convergence theorems for the sequences produced by the methods.
The sequences produced by the system can be used by a similar system with adaptive dynamics to learn a spatio-temporal encoded state [228].
In a series of papers [2 12], authors investigated the hybrid projection method and proved strong and weak convergence theorems for the sequences produced by their method.
We prove the strong convergence theorems for the sequences produced by the methods to a common fixed point of a countable family of nonexpansive mappings which is the unique solution of a corresponding variational inequality.
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Oligonucleotide primers sets designed to amplify unique regions of the sequence produced amplimers of the predicted size from both chicken and rat intestinal cells.
We make the assumption { z k } → z ¯ for the sequence produced in Step 2 of Algorithm 1.
They proved strong convergence theorem of the sequence produced by their method; for more detail, see [[17], Theorem 4.7].
They proved a strong convergence theorem of the sequence produced by their method; for more detail, see [[42], Theorem 4.7].
A simple consideration shows that, with probability one, the sequence produced by our random process is not Turing-computable.
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