The phrase "alignment stretched" is correct and usable in written English.
It can be used in contexts where you are describing a situation where alignment has been extended or altered, often in technical or design discussions.
Example: "The alignment stretched beyond the original specifications, causing issues in the final product."
Alternatives: "alignment extended" or "alignment adjusted".
Such errors include missing micro-exons, forced consensus splice signals and alignments stretching over several members of tandem gene clusters.
An alignment stretch was considered as a 'conserved motif', if 95% of the sequences had conserved amino acids at least at three consecutive positions.
Wide angle X-Ray scattering was used to measure the progression of alignment when stretching carbon nanotube (CNT) sheets.
The mechanism of carbon nanotube (CNT) alignment during stretching was examined by the in situ characterization of carbon nanotube networks (CNTNs) under tensile strains using X-ray and Raman scattering techniques.
This is in line with WAXD results that indicate both β-sheet formation and axial alignment upon stretching the films in alcohol/water baths.
Interventions based on such an approach include: facilitation of normal movement patterns and postural control through physical handling [ 6- 8], maintaining range of motion and joint alignment through stretching, casting and splinting [ 9, 10], strength training [ 11- 13], and treadmill training [ 14].
These treatments include: maintaining range of motion and joint alignment through stretching, casting and splinting [ 43, 44], strength training [ 45- 47], facilitation of normal movement patterns and postural control through physical handling and practice of functional activities [ 12, 48, 49], treadmill training [ 50] and electrical nerve stimulation [ 51, 52].
Magnetic susceptibility measurements performed in three perpendicular directions of magnetic field confirmed the alignment in the stretching direction.
Samples with the improved CNT degree of alignment by mechanically stretching can enhance the room temperature thermal conductivity to over 100 W/mK.
7 Fibroblast and collagen fibers presented alignment along the stretching axis upon axial stimulation, compared to free-floating lattices.
