Autologous Resurfacing and Fracture Dowelling: A Manual of by Klaus Draenert, Yvette Draenert, Tim Pohlemann, Gerd Regel
By Klaus Draenert, Yvette Draenert, Tim Pohlemann, Gerd Regel
This booklet describes intimately a different and extremely exact operative procedure that makes use of autologous cartilage/bone grafts for the reconstruction of load-bearing joint surfaces and for dowelling of non-unions. The procedure, using diamond tools and a rainy grinding strategy, has been built and subtle over the last 30 years on the heart for Orthopaedic Sciences (ZOW), first in Bern and later in Munich. A step by step description of the tactic is equipped for every indication, because of many top quality illustrations. thoroughly utilized, the method has been very winning in restoring high-level athletes to festival; it may be utilized even in “hopeless circumstances” and provides first-class overdue effects. This advisor can be worthwhile for orthopaedic surgeons wishing to grasp this confirmed and potent approach.
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Extra resources for Autologous Resurfacing and Fracture Dowelling: A Manual of Transplantation Technique
Experientia 19:593–595 Schild H, Ahlers J (1987) Traumatology of the knee joint – radiologic and accident surgery aspects. Part 1. Roentgenblätter 40:263–269 Schlag G, Redl H (1988) Fibrin sealant in orthopaedic surgery. Clin Orthop 227:269–285 Schnettler R (1992) Vergleichende Untersuchungen zum Einwachsverhalten von autogenen und allogenen Spongiosatransplantaten im Vergleich zu Keramik, DBM und basischem Fibroblastenwachstumsfaktor (bFGF). Habilitationsschrift. Universität Leipzig Silberberg M, Silberberg R, Hasler M (1965a) Early effects of somatotropin on the fine structure of articular cartilage.
7b) and in its distal part to longitudinal tubes (Fig. 7c). The new bone formation of the femoral neck follows a course that begins along the medullary canal, interweaves thoroughly the spongious structure, and forms the outer layer of the neck, converting part of the spongious structure to compact bone (Fig. 8a, b). McLean and Bloom (1940) divided the growth plate into four microscopic anatomic zones, a classification which is still used: (1 = toward the joint) the zone of resting cartilage, (2) the zone of proliferation, (3) the zone of mature or even hypertrophic cartilage, (4) and the zone of mineralized cartilage.
10). These end capillaries were opposed to a clearly defined venous drainage system. 3 Fig. 6 View of a growing joint of a rabbit, continuously labeled over 4 weeks. The growth pattern of the epiphyses is clearly differentiated against the metaphyseal one. The growth of the epiphyses is marked by apposition and shift, whereas the metaphyseal growth is designed by newly formed and overlapping V-shapes. Fresh, frontal section through a growing rabbit’s knee joint. Documentation was performed in the HIIFL microscope in UV-light (ZOW) Diaphyseal Growth The ossification of the tube of long bones begins with a periosteal newly formed bone sleeve.