Sentence examples for transverse striations from inspiring English sources
The tail sheath has 24 transverse striations and resembles that of phage T4.
Longitudinal section views show obvious transverse striations, with prismatic shapes, mostly truncated at the fracture-end, polygonal in transverse section view.
The retrieved worm was an adult female (17 mm long and 424 µm wide) and had a serrated cuticle with transverse striations (290/mm in the cephalic region, 200/mm in the midsection, and 240/mm in the tail section).
Tails measured 136 × 19 nm in the extended state and consisted of a neck of 10 nm, a sheath with about 25 transverse striations, and an indistinct base plate of 33 × 7-10 nm with short fibers of 30 × 2 nm.
The most conspicuous biological inclusions are fragments of straight or variably bent, narrowly cylindrical elements that reach approximately 18 µm long by approximately 600 nm wide and have a characteristic, helical 'drill-bit' structure, in some cases containing more than 80 gyres each with indistinct transverse striations (figure 1 d– f).
There was collagen fibers with transverse striation organized in bundles with different orientations.
(E ) Fibula (UW101 1037) with sets of shallow, evenly spaced, multiple parallel striations orientated transverse to the long axis of the bone interpreted as gastropod radula damage, resulting in an etched surface appearance that exposes underlying structures.
On the posterior margin of each aperture a transverse ridge with relatively prominent striations occurs (Additional file 1).
While fluorescence microscopy studies traditionally focused on the transverse TT elements and subcellular changes at striations, it is important to note that both transversal and longitudinal (axial) TT elements underlie the continuous TATS membrane network, as documented by EM studies and luminal TATS tracing, and more recently by live cell STED microscopy.
The enamel appeared smooth, with striations of different depths, longitudinal and transverse grooves, scratches in lesions caused by delicate pressure, and pitting in ones caused by more intense pressure.
In any case, these observations imply that a classification of muscle cell types based solely on presence or absence of a striation pattern (i.e. of Z discs allowing transverse or oblique alignment of the myofilaments) captures only part of the variation existing among animal muscle cells.
