The phrase "a sequence likely" is not correct and does not convey a clear meaning in written English.
It may be intended to suggest that a sequence is probable or expected, but it lacks clarity and proper grammatical structure.
Example: "In analyzing the data, we found a sequence likely to occur in the next phase of the experiment."
Alternatives: "a probable sequence" or "a likely sequence."
The inability of the ribosome to translate a discrete product on homopolymeric A sequences likely explains the bioinformatic analyses demonstrating that poly(A) sequences are strongly selected against in coding sequences containing iterated lysines (Table 1).
Prior to read mapping, 3′ poly(A) sequences likely to be derived from the mRNA poly(A) tail were trimmed using a procedure that tolerated some amount of sequencing error: we computed a score s i for each position i in the read which was equal to the sum of the quality scores of each A after position i minus three times the sum of the quality scores of each non-A after position i.
Translation initiation on mRNAs derived from the DENV or KUN 5'UTR cDNA cryptic promoter, which possess a short 5'UTR of about 50 nt but lack a SD sequence, likely employs the RPS1 mechanism.
They appear to come from a single sequence, likely at the close of the film, and have Gertie showing her head from the audience's right and giving a bow.
Results showed that these pindel-predicted inversions were not inversions but in fact were insertions of a large genetic sequence, likely from a TE.
Norovirus genotype GII.4 was the only exception, and a longer nucleotide sequence likely would have shown some genetic differences (detected between sequences of epidemics E1 and E11; data not shown).
The fact that the next teleost TropI sequences to branch internally to this clade (zebrafish TropI-1d, stickleback TropI-1d, medaka TropI-1a) are found on the same chromosome as the 'ancestral' TropI sequence, likely reflects an ancient tandem duplication event in a common teleost ancestor (Fig. 3,d).
The macromolecular properties of tubulin that reflect their amino acid sequence likely play an important role in determining cell shape, a property that is highly variable among lower fungi.
At steady state, lack of a functional NES in Mia1p sequence likely leads to spatial separation between Mia1p and Alp14p.
