Stryker’s Trauma & Extremities division has launched its Citrelock™ Tendon Fixation Device System. Citrelock provides a differentiated design via a tendon thread featuring a resorbable technology, known as Citregen™, that has unique chemical and mechanical properties for orthopedic surgical applications.
Citrelock Tendon Fixation Device System offers:
A controlled and homogeneous resorption process that prevents bulk degradation and chronic inflammation.
Compressive strength that is comparable to cortical bone with a modulus comparable to cancellous bone.
Citregen contains citrate, calcium and phosphate molecules that are inherent to the bone anatomy.
Material polymer structure that mimics the extracellular matrix protein network.
Citregen maintains structural integrity during the healing phase, while the implant is replaced by host tissue over time.
Stryker’s Trauma & Extremities division has launched its Citrelock™ Tendon Fixation Device System. Citrelock provides a differentiated design via a tendon thread featuring a resorbable technology, known as Citregen™, that has unique chemical and mechanical properties for orthopedic surgical applications.
Citrelock Tendon Fixation Device...
Stryker’s Trauma & Extremities division has launched its Citrelock™ Tendon Fixation Device System. Citrelock provides a differentiated design via a tendon thread featuring a resorbable technology, known as Citregen™, that has unique chemical and mechanical properties for orthopedic surgical applications.
Citrelock Tendon Fixation Device System offers:
A controlled and homogeneous resorption process that prevents bulk degradation and chronic inflammation.
Compressive strength that is comparable to cortical bone with a modulus comparable to cancellous bone.
Citregen contains citrate, calcium and phosphate molecules that are inherent to the bone anatomy.
Material polymer structure that mimics the extracellular matrix protein network.
Citregen maintains structural integrity during the healing phase, while the implant is replaced by host tissue over time.
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