The present study mainly focuses on the analysis of the crest-to-trough TEC ratio (TEC-CTR) which is an important parameter representing the strength of EIA.
To confirm that there is activated growth in IS patients during the early pubertal stage, IS patients and maturity-matched controls were recruited into the present study, and histomorphometric analysis of the iliac crest cartilage was performed.
In the present study, histomorphometric analysis of the iliac crest cartilage revealed significantly thicker hypertrophic zones and a larger area of cell-nest in the hypertrophic zone, and significantly increased mean number of cells in the cell-nests in both the proliferative and hypertrophic zones in IS patients compared with those in control subjects with Risser 0 and Oxford stage 2 3.
In this paper, the analysis of surface roughness at the crest of the thread in high speed thread milling using a high accuracy optical profile-meter is an original contribution to the literature.
We believe the same approach will apply to Hough detection of the iliac crests; preliminary analysis of the dataset suggests a relationship between crest radius and pelvic ring width.
Analysis of neural crest cell movements across genetic backgrounds will provide important insights into the role of Gata3 in craniofacial development.
Analysis of the development of other neural crest derivatives indicates that the enz mutation selectively affects chromatophore sublineages, as non-chromatophore derivatives, based on diagnostic gene expression, are morphologically indistinguishable from wildtype embryos.
To characterize the changes in trabecular bone structure caused by pinealectomy and ovariectomy, we performed static morphometry using three dimensional micro-CT analysis of iliac crest bone biopsies.
In this paper, we focus on analysis of the morphological features of the single crest phenomenon in TEC around 120°E longitude during geomagnetic quiet days (Kp < 4−).
Therefore, histomorphometric analysis of the endochondral activity of the iliac crest cartilage was used with the aim of determining whether the growth potential of patients with IS was higher than that of controls during the early stage of puberty.
The Weibull distribution is commonly utilised for the statistical analysis of wave crests, including near-field wave run-ups.
