Philadelphia / Salt Lake City / Lake City / San Diego / HARRIS ET / /
Company
Pearson / FAI / Ogden / Norton / HP / W.B. Saunders Company / GE / Anderson AE / Wiley Periodicals Inc. / Siemens / / /
Facility
Wiley Online Library / University of Utah / Imaging Institute / / /
IndustryTerm
orthopaedic applications / entropy-based particle systems / built-in iterative closest point algorithm / intra-operative surgical tool / clinical tool / Online Library / gradient descent energy function / http /
Organization
Orthopaedic Research Society / National Institute of Health / National Alliance / 3Scientific Computing and Imaging Institute / National Science Foundation / Department of Bioengineering / Stat Assoc / University of Utah / Salt Lake City / /
Person
Ann Biomed Eng / Cam Femoroacetabular / Hugh West Jr. / Michael D. Harris / Andrew E. Anderson / / /
Position
aspherical femoral head / femoral head / representative / native head / anterolateral head / entire femoral head / dense-point distribution model for surgical navigation / /
ProvinceOrState
South Dakota / Utah / Alabama / Connecticut / /
RadioStation
Sheikh AM / Surg Am 90 / Surg Am 88 / Surg Am 93 / Surg Am 91 / /
Statistical Shape Modeling of Cam Femoroacetabular Impingement Michael D. Harris,1,2,3 Manasi Datar,3,4 Ross T. Whitaker,1,3,4 Elizabeth R. Jurrus,3 Christopher L. Peters,2 Andrew E. Anderson1,2,3,5 1 Department of Bioen