Sentence examples for ankle structure from inspiring English sources

The foot and ankle structure of human sprinters resembles that of cheetahs and greyhounds, a new study reports.

The surface array is fully efficient above 3 × 1018 eV and, even if the hybrid mode can extend this range below 1018 eV, the second knee and a considerable portion of the wide ankle structure are left outside its operating range.

Because B infernalis could not be differentiated from Thescelosaurus, they regarded the genus as a synonym of Thescelosaurus, the species as dubious, and SDSM 7210 as an example of T. sp. They found that LACM 33542, although fragmentary, was a specimen of Thescelosaurus, and agreed with Morris that the ankle structure was distinct, returning it to T. garbanii.

In 1994, Holtz grouped tyrannosauroids with elmisaurids, ornithomimosaurs and troodonts into a coelurosaurian clade called Arctometatarsalia based on a common ankle structure where the second and fourth metatarsals meet near the tarsal bones, covering the third metatarsal when viewed from the front.

A clear picture of the force transfer mechanism of the foot and ankle structures can help predicting the loading situation and understanding the biomechanical rationale behind different treatment plans and functional footwear designs.

Whereas taping and bracing are functionally supportive devices of the ankle, proprioceptive balance board training is aimed at changing ankle structural characteristics by re-strengthening muscles and ligaments and restoring proprioception of the damaged structures around the ankle [ 17- 19].

Preservation of the ankle joint structure can only be observed in diacerein treated and in anti-TNF treated Tg197 mice.

More derived chameleon genera have an independent intermedium in the ankle, a structure which has not been described in any extant terrestrial amniote since the origin of the astragalus and calcaneum from the amphibian skeletal complement.

Although the human ankle-foot structure is immensely complex, it seems that its configuration and each constitutive component are well tuned to maximise locomotor efficiency and also to minimise risk of injury.

This result would advance our understanding of the locomotor function of the ankle-foot complex, and also the intrinsic design of the ankle-foot musculoskeletal structure.

The biomechanical rationale is that strain in the dorsolateral ankle and foot structures following dorsiflexion-inversion can be selectively increased in the sural nerve with hip flexion.