The phrase "alignment of muscle" is correct and usable in written English.
It can be used in contexts related to anatomy, physical therapy, fitness, or biomechanics when discussing how muscles are positioned or coordinated.
Example: "The alignment of muscle plays a crucial role in preventing injuries during physical activities."
Alternatives: "muscle positioning" or "muscle alignment".
As the alignment of skeletal muscle cells is an important prerequisite for functional muscle tissue, a polymeric scaffold with unidirectional microchannels was designed to provide environmental cues to mimic the organization of myotubes in hypopharynx skeletal muscle.
The alignment of inspiratory muscle training practice with evidence could be investigated in other regions.
This method improves cell sheet handling, results in rapid circumferential alignment of smooth muscle cells which immediately express contractile genes, and introduction of an analogue to small diameter blood vessel IEL.
We show that thick (> 0.5 mm) vertically aligned carbon nanotube films, made by chemical vapour deposition, can be used as biocompatible substrates for the directional alignment of mouse muscle cells where the cells grow on the exposed sides of the films.
It was observed that alignment was dependent on the channel width, and narrow microchannels (20 μm and 30 μm) promote alignment of smooth muscle cells.
On the other hand, Glawe et al. [ 25] studied that effect of high aspect ratio (aspect ratio = groove depth/groove width) microchannels with varying widths (20 60 μm) on the alignment of smooth muscle cells.
Uniaxial alignment of constituent smooth muscle cells was achieved by substrate microtopography.
We found that knockout of syndecan-1 reduced alignment of vascular smooth muscle cells to the nanogrooves under inflammatory treatments.
For each gene, a table of sequence polymorphisms, identified by multiple sequence alignment of orthologs using Muscle (Edgar, 2004), is displayed.
