DISPLACEMENT OF BOTH HUMERI.

Processus supracondylaris humeri

konjenital varyasyonudur. Gaga fleklindeki bu ç›k›nt› humerus’un anteromedial yüzünden, epicondylus medialis’in yaklafl›k 5 cm yukar›s›ndan ç›kar ve epicondylus medialis’e do¤ru, öne-içe-afla¤›ya do¤ru uzan›r. Bu ç›k›nt›n›n ucunda fibröz bir ligament uzanabilir. Bu ligament processus supracondylaris’i epicondylus medialis’e ba¤lar. Processus supracondylaris ve beraberindeki ligament ilk olarak ...

Morphology and structure of Homo erectus humeri

A Theoretical Model to Predict Both Horizontal Displacement and Vertical Displacement for Electromagnetic Induction-Based Deep Displacement Sensors

Deep displacement observation is one basic means of landslide dynamic study and early warning monitoring and a key part of engineering geological investigation. In our previous work, we proposed a novel electromagnetic induction-based deep displacement sensor (I-type) to predict deep horizontal displacement and a theoretical model called equation-based equivalent loop approach (EELA) to describ...

Morphology and structure of Homo erectus humeri

Background: Regional diversity in the morphology of the H. erectus postcranium is not broadly documented, in part, because of the paucity of Asian sites preserving postcranial fossils. Yet, such an understanding of the initial hominin taxon to spread throughout multiple regions of the world is fundamental to documenting the adaptive responses to selective forces operating during this period of ...

Isolated capitellum humeri fractures in adults.

From 2003 through 2009 we treated 35 patients who suffered from an isolated capitellum humerus fracture whom we treated with osteosynthesis. Patients who presented with concomitant fractures were not included. Thirty-four patients were categorized as Type I (Hahn-Steinthal) while one patient was Type IV (McKee). We describe the mechanism of injury and compared our results with works available i...