AN INVESTIGATION OF THE EFFECTS OF OSTEOPOROSIS, IMPACT INTENSITY AND ORIENTATION ON HUMAN FEMUR INJURIES: A PARAMETRIC FINITE ELEMENT STUDY

An investigation of the effects of osteoporosis, impact intensity and orientation on human femur injuries: a parametric finite element study

Objective: Femur is the strongest, longest and heaviest bone in the 36x12x24 wall cabinet human body.Due to the great importance of femur in human body, its injury may cause large numbers of disabilities and mortality.Considering various effective parameters such as mechanical properties, geometry, loading configuration, etc.can propel the study to

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Pacemaker lead-related macroreentrant atrial tachycardia

Macroreentrant atrial circuits are frequently associated with scarring.Previous reports have shown the possible development of scar tissue that is adjacent to pacemaker (PM) leads.However, reports of PM lead-related reentrant tachycardia are scarce.We report the case of a 63-year-old woman who presented with macroreentrant atrial tachycardia (MAT),

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