ANTERIOR AND MEDIAL NERVES OF THE LOWER LIMB

Ten fresh frozen, unpaired cadaveric knees having noevidence of pathology or damage were u tilized for thisstudy. The mean age o f the donors was 61.2 years (57to 64). Each cadaveric knee was fresh frozen at -20°Cand thawed overnight prior to dissection. Each knee wastransected[r]

osteoarthritis (OA).Methods: Questionnaire data and bilateral knee radiographs were obtained in 134 male floorlayers and 120 male graphic designers (referents). Weight-bearing radiographs in three views(postero-anterior, lateral and axial) were classified according to joi[r]

ness was placed around the subject's abdomen andattached to an over-head body-weight support system inorder to prevent falls. No support was provided by the sys-tem during the tests. Some subjects did, however, sit downin the harness between trials to rest their support l[r]

RESEA R C H ARTIC L E Open AccessLateral femoral traction pin entry: risk to thefemoral artery and other medial neurovascularstructuresJohn Y Kwon1*, Catherine E Johnson1, Paul Appleton2, Edward K Rodriguez2AbstractBackground: Femoral skeletal traction assists in the reduction <[r]

on end of penis• Skin covering glanspenis in uncircumcisedmales– Functions• Deliver sperm• UrinationMaleSystem© 2011 T he McGraw -Hill Com panie s, Inc. A ll rights reserv ed.27-16Erection, Orgasm, and Ejaculation• Erection– Parasympathetic nervous system stimulates erectile tissue– Be[r]

RESEARC H ARTIC LE Open AccessEvaluation of a pig femoral head osteonecrosismodelPing Zhang1,2, Yun Liang3, Harry Kim4, Hiroki Yokota1,2*AbstractBackground: A major cause of osteonecrosis of the femoral head is interruption of a blood supply to the proximalf[r]

RESEA R C H ARTIC L E Open AccessLateral femoral traction pin entry: risk to thefemoral artery and other medial neurovascularstructuresJohn Y Kwon1*, Catherine E Johnson1, Paul Appleton2, Edward K Rodriguez2AbstractBackground: Femoral skeletal traction assists in the reduction <[r]

improvements in the design of economical, stable andlow-mass exoskeletons for human walking augmentation.Another factor limiting today's exoskeletons and orthosesis the lack of direct information exchange between thehuman wearer's nervous system and the