Validation of a novel 3D printed positioning device and dynamic radiographic technique to quantify rotational laxity of the stifle in dogs

Overview of attention for article published in Frontiers in Veterinary Science, March 2023

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New dog paper! Validation of a novel 3D printed positioning device and dynamic radiographic technique to quantify rotational laxity of the stifle in dogs https://t.co/i0Ikf0m0N9

20 Mar 2023

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New canine paper! Validation of a novel 3D printed positioning device and dynamic radiographic technique to quantify rotational laxity of the stifle in dogs https://t.co/mWOPWlejtJ

20 Mar 2023

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Validation of a novel 3D printed positioning device and dynamic radiographic technique to quantify rotational laxity of the stifle in dogs https://t.co/uk6RJMEWIr

20 Mar 2023

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New Research: Validation of a novel 3D printed positioning device and dynamic radiographic technique to quantify rotational laxity of the stifle in dogs: Cranial cruciate ligament deficiency (CCLD) results in internal rotational instability… https://t.co/V

03 Mar 2023

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