This method of skeletal stabilisation has superseded calcaneal traction as it permits patient mobilisation albeit non-weight bearing.
Although conventional facemask therapy has proven to be an efficient method for treating skeletal class III malocclusion, because of unwanted dentoalveolar effects of conventional tooth-borne face masks, there have been numerous attempts to develop a method of skeletal face mask anchorage.
Our method of skeletal digitization and reconstructive modelling is fast, accurate and repeatable.
The lower efficiency of conversion suggests the existence of substantial barriers to the described method of skeletal muscle reprogramming.
This method of skeletal landmarks identification has been proved valid, accurate, and reliable for detecting the vertebral movements [ 2, 12, 26].
Future developments in diagnostic imaging may provide improved and more specific methods of analysing skeletal lesions, including three-dimensional methods such as SPECT/CT and PET/CT.
Both methods tested correlated with each other and were found to be good and reproducible methods of measuring skeletal sizes.
These data demonstrate that cognitive bias can impact forensic anthropological non-metric methods on skeletal remains and affects the interpretation and conclusions of the forensic scientists.
Imaging methods that include computed tomography and MRI are the most accurate methods available for quantifying skeletal muscle composition in vivo, and these methods permit measurement of skeletal muscle and adipose tissues within the muscle fascia [ 13].
The classic method of assessing skeletal maturity is by the use of a hand-wrist radiograph.
