The combination of thick and thin filaments create a banding pattern in striated muscle. This banding pattern is caused by muscle fibers being packed with organelles called myofibrils.
Karyotypes show chromosomes arranged by banding, pattern, size, and shape.
A karyotype is a visual display of the chromosomes arrangeed by size, shape, and banding pattern.
It's possible, it is just very rare.
The pattern of amino acid banding on the thin layer chromatography plates will be normal.
The striations seen in skeletal muscle fibers are the result of the alignment of hundreds of myofibrils within each muscle fiber. A myofibril is a cylindrical organelle as long as the muscle fiber. Myofibrils contain bundles of myofilaments, which are actin proteins and myosin proteins. The differences in the thicknesses of the myofilaments accounts for the banding pattern of light and dark striations.
Skeletal muscle
Q-banding: The pattern of bright and dim fluorescent crossbands seen on chromosomes under ultraviolet light after quinacrine mustard staining.
In humans, the twenty-third chromosome is different than the others. The last pair indicates whether male or female; this is why they are different
I really using a harlequin pattern on walls. This pattern is when you turn a square tile on its tip ( it looks like a large diamond pattern.) If the room is square and not interesting this design seems to open up the space and add interest. I also like banding this pattern with a straight run of tiles on the top or bottom.
Describe what specifically about it makes it a pattern. What about it repeats and why that repetition is unique.
A cell karyotype is produced by looking at chromosomes through a light microscope. A karyotype is produced by factoring in the length of individual chromosomes under the microscope, as well as their banding pattern, position of centromeres, and other physical characteristics.