The phrase "sequence irrelevant" is grammatically correct and commonly used in written English.
It means that the order or arrangement of items is not important or significant in the context of the sentence. You can use this phrase when describing a situation where the specific order of things does not affect the overall meaning or outcome. For example: - "In this equation, the sequence of operations is irrelevant as long as all steps are correctly executed." - "The order in which we complete these tasks is sequence irrelevant, so let's just start with the easiest one." - "The timeline of events in the story is sequence irrelevant, as the character's actions will remain the same regardless." In these examples, the phrase is used to convey that the specific order of items does not change the overall message or outcome. It can be used in technical or descriptive writing, as well as casual conversation.
The predicted targets for the novel miRNAs identified by the ShortStack analysis are listed in Additional file 3: Table S3.> -wrap-foot> A series of digital filters were employed on the raw readings to discard sequences irrelevant to microRNA identification.
Additionally, the scrambled sequence is irrelevant or inactive as no reduction, aberrant upregulation, or non-specific interferon response was elicited.
The authors find a minimum linker length for full activity of about 40 residues (consistent with the ca.300 TOG-TOG sequences in the database); the linker sequence is irrelevant.
It simply places a heavier burden of proof on future experiments to show that either the effect on protein sequence is irrelevant or that it is relevant but buffering nonetheless mediated at the RNA level (as in a hypothetical scenario where the mutation has a dominant negative effect on the protein but RNA chaperone overexpression leads to beneficial degradation).
From this fundamental perspective the information content of DNA sequences is irrelevant to the nucleosome, and the significance of the sequences stems entirely from their capacity to form certain structures.
Thus, the nature and origin of the similarity between the aligned sequences are irrelevant for the prediction of "common ancestry" of proteins under Theobald's approach.
Although the microarray had some other probes whose sequences were irrelevant to these targets, the intensities of these probes were very low compared with that of the specific hybridization (data not shown).
Filtering of these results by excluding all E. coli and Enterobacteriaceae bacteria (e.g., mlrA [All Fields] NOT "Escherichia" NOT "Shigella" NOT "Klebsiella" NOT "Enterobacter" NOT "Salmonella" NOT "Cronobacter" NOT "Erwinia" NOT "Citrobacter" NOT "Pantoea") shrinks the results to a few tenths of sequences that still include some irrelevant sequences similar to those described above.
Non-target shRNA control cells were also generated using an irrelevant sequence (Sigma; Cat. No. SHC002V).
This RARE sequence is thus irrelevant in the context of the present study since FBS potentiates AhR-mediated CYP1A1 induction [16].
The target siRNA for RAGE (sc-36374) and a negative-control siRNA (sc-37007) with an irrelevant sequence were purchased from Santa Cruz Biotechnology Santa Cruzz).
