The phrase "alignment for both" is correct and usable in written English.
It can be used when discussing a situation or agreement that benefits or involves two parties equally.
Example: "We need to ensure alignment for both teams to achieve our common goal."
Alternatives: "agreement for both" or "consensus for both".
Many studies have proposed the type II band alignment for both SiGe/Si MQW and MQD structures [34, 35].
We demonstrate syntactic alignment for both dative structures (e.g., give the waitress the apple vs. give the apple to the waitress), where there is no strong default preference for one or other structure (Experiment 1), and noun phrase structures (e.g., a purple circle vs. a circle that is purple), where there is a strong default preference for one structure (Experiment 2).
At a practical level, the BFAST performance tests presented here demonstrate various modes of accuracy of alignment for both simulated data and real-world datasets from both the Illumina and ABI SOLiD sequencing platforms.
This approach will locate an alignment for both read halves if the read is somewhat evenly split across a junction, and these alignments are carried through the algorithm independently until they are resolved during scoring.
This is reflected in the true alignment for both nucleotide and amino acid sequences with the variation in the intensity of violet for external, middle, and root branches.
Nonetheless, it does not reduce the search space by bounding the search with D i), but by cleverly doing the alignment for both original and reverse read sequences to bypass unnecessary searches towards the root of the prefix trie.
For the PE mapping, our aligner employs two stages: (i) pairing qualified mapping regions in order to find the correct alignments for both ends and (ii) rescuing un-aligned reads through their aligned read mates.
We include alignment length, unaligned length and alignment coverage for both aligned sequences as new clustering parameters into the current CD-HIT.
We tested Slider's alignments for both efficiency and accuracy and compared it with competing aligners.
We generated three-dimensional quantitative structure activity relationship (3D-QSAR) models based on three alignments for both comparative molecular field analysis (CoMFA) and comparative molecular similarity index analysis (CoMSIA) to highlight the structural requirements for thrombin protein inhibition.
ClustalX resulted in alignments for both matrices that appeared less than ideal for phylogenetic analyses.
