PubMed · 10743640
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H Kofoed, K Tillmann. 2000. [The upper ankle joint].. https://doi.org/10.1007/s001320050027
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OBJECTIVE: The purpose of our study was to evaluate tenography complications and outcomes in a large series. MATERIALS AND METHODS: Of 144 tenograms obtained consecutively from May 5, 1995, to March 17, 1997, 111 were located for at least a 6-month follow-up; 65 were posterior tibial, 39 peroneal, two anterior tibial, three flexor digitorum longus, and two flexor hallucis longus tenograms. Tenography was performed fluoroscopically with contrast material and anesthetic followed by steroid placement into tendon sheaths. RESULTS: Of 65 patients undergoing posterior tibial tenography, 31 (48%) had complete or near-complete symptom resolution; 17 (26%) had no relief. Seventeen patients (26%) had initial relief with the subsequent return of pain to the pretenography level. Of 39 patients undergoing peroneal tenography, 18 (46%) had complete or near-complete symptom resolution; 10 (26%) had no and 11 (28%) had initial relief with subsequent pretenography pain return. Of three patients undergoing flexor digitorum longus tenography, one had complete, one had no, and one had initial relief with complete pretenography pain return. One of two patients who underwent flexor hallucis longus tenography had no relief; the other had initial relief with complete pain return. Two patients who underwent anterior tibial tenography had complete pain relief. We found no correlation between degree of tenosynovitis shown radiographically and therapeutic improvement with anesthetic and steroid injection. Tenography complications included one posterior tibial tendon rupture (0.89%) and 14 patients with skin discoloration at the tendon sheath injection site. CONCLUSION: Forty-seven percent of surgical candidates whose condition was refractory to conservative therapy had complete or near-complete prolonged symptom relief after tenography. In appropriate patients, tenography is excellent therapy for tenosynovitis. Certain precautions make complications rare.
The biomechanical principle of intramedullary compression osteosynthesis is based on the implantation of a movable intramedullary nail that is statically interlocked in distal round holes and dynamically interlocked in a proximal slot. Distraction of the nail against the proximal interlocking screw by means of a compression screw leads to a relative movement of the proximal fragment directed distally against the nail. This results in direct contact of the main fragments under increasing compression. Simple fractures, pseudarthroses and osteotomies within the diaphyses of the long bones represent promising indications for the use of compression nailing. Furthermore, this method enables extraordinarily stable knee and ankle arthrodeses. Major positive aspects are controlled adaptation of fragments and a significantly increased stability of the fracture as compared to conventional intramedullary nailing techniques, especially as rotational forces are concerned. The biomechanical advantages result in earlier full weightbearing and an increased rate of fracture union in delayed healing. Given the use of optimized implants and instruments, compression intramedullary osteosynthesis offers a remarkable potential for further improvement in both the spectrum and success of intramedullary nailing.
Lower limb frontal and sagittal plane alignment and joint orientation have significant consequences for function and wear on the hip, knee and ankle. There is a normal range for the orientation of these joints relative to the mechanical and anatomic axis of the femur and/or tibia. We can use the normal joint orientation to accurately plan realignment of a deformed femur or tibia. In the frontal plane we use both anatomic and mechanical axis lines for planning. In the sagittal plane, the mechanical axis has less relevance and, therefore, only the anatomic axis is used for planning.