3 edition of thrust plate hip prosthesis found in the catalog.
|Statement||A.H. Huggler, H.A.C. Jacob, eds.|
|Contributions||Huggler, Arnold H., Jacob, H. A. C.|
|LC Classifications||RD549 .T537 1997|
|The Physical Object|
|Pagination||xii, 148 p. :|
|Number of Pages||148|
|ISBN 10||3540615067, 0387615067|
|LC Control Number||96034374|
Bone remodelling of the proximal femur after total hip arthroplasty with 2 different hip implant designs: 15 years follow-up of the thrust plate prosthesis and the Bi-Metric stem Christiansen, J. D., Laursen, M. B., Ejaz, A. & Nielsen, P. T., 1 Nov , In: Hip International. 28, 6, p. 7 p. Medium-term results of thrust plate prostheses for osteoarthritis of the hip. Nuclear medicine of the painful joint replacement. On the way to total integration of prosthetic pylon with residuum. Studies on stress and strain state of a hip joint endoprosthesis.
-In Dr. Venable worked with Dr. Harold Bohlman to design a Vitallium implant that replaced the femoral head (rather than cover it), similar to today’s hemiarthroplasty (it attached the vitallium femoral head to a small intramedullary nail). Dr. Venable was the first to perform a hemiarthroplasty for a hip fracture. Prosthesis Type All Diagnosis 7 year. Unipolar Monoblock %. Unipolar Modular %. Bipolar Hemi %. Cemented THR %. Cementless THR %. Hybrid THR %. Total Resurfacing %. Thrust Plate %. Revision for OA 8 year. Conventional THR %. Total Resurfacing %. Partial Hip Replacement. Cemented better than cementless in all.
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The thrust plate prosthesis is a new type of hip prosthesis which maintains the physiological loading pattern of the bone. Experimental stress analysis of the proximal femur led to the development of this device, and clinical results over a period of more than 12 years confirm the sound biomechanical concept on which it is based.
As is probably the case with all successful innovations, the unique design of the thrust plate prosthesis (TPP) was not born of a sudden fancy for a radically different hip joint replacement, but emerged from elaborate biomechanical investigations on the loosening of conventional, intramedullarly anchored hip prosthesis shafts.
1 The Thrust Plate Prosthesis: A New Experience in Hip Surgery.- 2 Biomechanical Principles and Design Details of the Thrust Plate Prosthesis.- 3 Finite Element Investigations of the Proximal Femur After Implantation of the Thrust Plate Prosthesis Compared with Findings in a Post-mortem Histological Specimen and in Radiological Follow-Up Examinations.- 4 Histology of the Thrust Plate-Bone.
A hip joint prosthesis that has a strap plate and a hollow, tapered femoral neck subassembly. The femoral neck includes a flanged force plate that radiates from a head stem base and abuts the femur.
Several longitudinal ridges and/or an annular recess or other surface treatment at the head stem base facilitates retention in the by: A, X-ray of the right hip 3 years after implantation with radiologic signs of implant loosening (radiolucencies in zones 1, 2, and 3, and sinking of the thrust plate and bolt).
B, X-ray of the right hip after exchange of the TPP to a cementless stemmed prosthesis with proximal fixation (Optan, Zimmer, Winterthur, Switzerland).Cited by: The thrust plate hip prosthesis (TPP) is a bone-reserving prosthesis for cementless fixation at the metaphysis of the proximal femur.
We retrospectively evaluated the results of patients ( The thrust plate hip prosthesis. Karatosun V, Unver B, Gultekin A, Gunal I () A biomechanical comparison of the thrust plate prosthesis and a stemmed prosthesis.
Hip Int Diederix LW, Van Winterswijk PJ, Schouten SB, Bakx PA, Huij J () The Thrust Plate Prosthesis: Long-term clinical and radiological results. This book introduces the thrust plate prosthesis in detail to the hip surgeon.
It is an accurate account of the long and laborious effort involved in realizing a project that was born out of. Abstract. As is probably the case for all substantially successful innovations, the remarkably unique design of the thrust plate prosthesis (TPP) was not born of a sudden whim or a capricious desire to merely produce a hip joint replacement that radically differed from all other commonly known types, but emerged from an elaborate biomechanical investigation on the loosening of conventional.
Online shopping for Prosthesis - Special Topics from a great selection at Books Store. Online shopping for Prosthesis - Special Topics from a great selection at Books Store. Skip to main content The Thrust Plate Hip Prosthesis 6 December by A.H. Huggler and Hilaire A.C. Jacob. Kindle Edition. $ Hardcover.
Huggler and Jacobs designed the thrust plate prosthesis (TPP), which was first implanted in 9 They reviewed their results in 10 The implant is designed to load the medial cortex of the femoral neck as physiologically as TPP has evolved through three generations.
AACORD Cerclage Cables plus Distal Femur Plate (Implant ) Contents AP view of Distal Femur Plate with ACCORD cerclage cab Acclaim Total Elbow Prosthesis (Implant ) Contents Druck Scheibe Prosthese Thrust Plate Total Hip (Formerl Charnley (Implant ) Contents Original Charnley total hip prosthesis with Teflon cup.
The Uncemented Thrust-Plate Hip Prosthesis. Pages *immediately available upon purchase as print book shipments may be delayed due to the COVID crisis. ebook access is temporary and does not include ownership of the ebook.
Only valid for books with an ebook version. Springer Reference Works are not included. Ishaque BA, Gils J, Wienbeck S, Donle E, Basad E, Sturz H. Results after replacement of femoral neck prostheses - thrust plate prosthesis (TPP) versus ESKA cut prosthesis.
Author(s): Huggler,Arnold H; Jacob,H A C(Hilaire A. C.) Title(s): The thrust plate hip prosthesis/ A.H.
Huggler, H.A.C. Jacob (eds.). Country of Publication. Thrust plate hip prosthesis USA1 (en) * Howmedica Osteonics Corp.
Femoral head resurfacing USA1 (en) * Depuy Products, Inc. Prosthetic implant, trial and associated method EPA2 (en) the thrust plate is direct load transfer to the medial cortical bone of the femoral neck.
They reported that histological examination of an implant re-moved at 8 years conﬁrmed that newly formed ARTICLE IN PRESS Figure 6 (a, b) The Silent femoral neck prosthesis. Conservative hip implants Authors of a U.K.
study published in the Indian Journal of Orthopaedics, called infection around hip implants “one of the more devastating complications” of hip replacement. The study reviewed medical literature on infection following total hip arthroplasty and found various studies that showed a risk of between percent and Munting et al.
Custom prosthesis 2D calcar loading, thrust plate 1 48 % @ yrs His Biodynamic hip prosthesis, a collared press-ﬁt stem, was implanted from tountil it was replaced by the modiﬁed LINK® CFP Hip Prosthesis Stem.
Pipino reported outstanding results of his stem design, with 97 percent. Medium-term results of thrust plate prostheses for osteoarthritis of the hip.
Finite element analysis of the mechanical performance of aortic valve stent designs. Finite element analysis of mechanical behavior of SMP hip joint implanted in femur bone. An experimental simulation using 3-d axisymmetrical model of an artificial hip joint. V Noncemented Femoral Stem.- The Cementless Femoral Stem.- The Development of the Thrust Plate Prosthesis.- Conical Stem Fixation for Cementless Hip Prostheses for Primary Implantation and Revisions.- VI Noncemented Endoprosthesis Systems.- The CLS System.- The Cementless CLW System.- The Development of the Cementless Hip Endoprosthesis: hip replacement (THR) with thrust plate prosthesis (TPP) and cementless acetabular component N=60 •PROMs: change in Harris Hip Score Turkey Huang Intervention: In addition to usual care.
Advice and equipment: People with advanced osteoarthritis who are. The hip center is the fulcrum that sits between 2 opposing forces: Lever arm #1 is the distance from the hip center to the center of body weight.
Lever arm #2 is the abductor mechanism, which is distance from the hip center to the greater trochanter (aka the insertion point of our abductors). These two lever arms oppose each other.