�ݺ�ߣshows by User: RobertLaPrade

�ݺ�ߣshows by User: RobertLaPrade / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: RobertLaPrade / Mon, 12 Dec 2022 20:37:13 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: RobertLaPrade Lateral Meniscus Root Tears - Neglected Cases /slideshow/lateral-meniscus-root-tears-neglected-cases/254874472 lmrootneglectedcases-221212203714-daa9b1ad
Neglected Lateral Meniscus Root Tears and Sequalae by Dr. Robert F. LaPrade In this presentation, Dr. LaPrade shows the effects of missed or neglected lateral meniscus root tears. The first is an example of a 44 year old male who had a left knee twisting injury. He was diagnosed with LM root tear and was told to observe it, and he attempted to return to running. The patient had continued pain for 9 months and repeated the MRI which showed advanced lateral compartment arthritis and an extruded lateral meniscus. The second example is of a 20 year old patient who sustained a noncontact ACL tear and a LM root tear which was not treated at time of ACL reconstruction. At age 24 the patient complained of lateral joint pain and swelling. MRI showed a lateral compartment arthritis and an extruded LM with a LM root tear. And finally: The patient is a 28 year old who had an ACL reconstruction and an ignored LM root tear at age 20-now with a reinjury found to have advanced lateral compartment arthritis and an extruded LM . Dr. LaPrade emphasizes the role of the lateral meniscus root(s): - Serve an essential function as shock absorber for lateral compartment - Neglect of LM root tears can often lead to arthritis in this young population - The LM root is also essential to protect an ACL graft against increases in anterior tibial translation and internal rotation which can lead to ACL graft failure if not repaired. ]]>
Neglected Lateral Meniscus Root Tears and Sequalae by Dr. Robert F. LaPrade In this presentation, Dr. LaPrade shows the effects of missed or neglected lateral meniscus root tears. The first is an example of a 44 year old male who had a left knee twisting injury. He was diagnosed with LM root tear and was told to observe it, and he attempted to return to running. The patient had continued pain for 9 months and repeated the MRI which showed advanced lateral compartment arthritis and an extruded lateral meniscus. The second example is of a 20 year old patient who sustained a noncontact ACL tear and a LM root tear which was not treated at time of ACL reconstruction. At age 24 the patient complained of lateral joint pain and swelling. MRI showed a lateral compartment arthritis and an extruded LM with a LM root tear. And finally: The patient is a 28 year old who had an ACL reconstruction and an ignored LM root tear at age 20-now with a reinjury found to have advanced lateral compartment arthritis and an extruded LM . Dr. LaPrade emphasizes the role of the lateral meniscus root(s): - Serve an essential function as shock absorber for lateral compartment - Neglect of LM root tears can often lead to arthritis in this young population - The LM root is also essential to protect an ACL graft against increases in anterior tibial translation and internal rotation which can lead to ACL graft failure if not repaired. ]]> Mon, 12 Dec 2022 20:37:13 GMT /slideshow/lateral-meniscus-root-tears-neglected-cases/254874472 RobertLaPrade@slideshare.net(RobertLaPrade) Lateral Meniscus Root Tears - Neglected Cases RobertLaPrade Neglected Lateral Meniscus Root Tears and Sequalae by Dr. Robert F. LaPrade In this presentation, Dr. LaPrade shows the effects of missed or neglected lateral meniscus root tears. The first is an example of a 44 year old male who had a left knee twisting injury. He was diagnosed with LM root tear and was told to observe it, and he attempted to return to running. The patient had continued pain for 9 months and repeated the MRI which showed advanced lateral compartment arthritis and an extruded lateral meniscus. The second example is of a 20 year old patient who sustained a noncontact ACL tear and a LM root tear which was not treated at time of ACL reconstruction. At age 24 the patient complained of lateral joint pain and swelling. MRI showed a lateral compartment arthritis and an extruded LM with a LM root tear. And finally: The patient is a 28 year old who had an ACL reconstruction and an ignored LM root tear at age 20-now with a reinjury found to have advanced lateral compartment arthritis and an extruded LM . Dr. LaPrade emphasizes the role of the lateral meniscus root(s): - Serve an essential function as shock absorber for lateral compartment - Neglect of LM root tears can often lead to arthritis in this young population - The LM root is also essential to protect an ACL graft against increases in anterior tibial translation and internal rotation which can lead to ACL graft failure if not repaired. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/lmrootneglectedcases-221212203714-daa9b1ad-thumbnail.jpg?width=120&height=120&fit=bounds" /><br> Neglected Lateral Meniscus Root Tears and Sequalae by Dr. Robert F. LaPrade In this presentation, Dr. LaPrade shows the effects of missed or neglected lateral meniscus root tears. The first is an example of a 44 year old male who had a left knee twisting injury. He was diagnosed with LM root tear and was told to observe it, and he attempted to return to running. The patient had continued pain for 9 months and repeated the MRI which showed advanced lateral compartment arthritis and an extruded lateral meniscus. The second example is of a 20 year old patient who sustained a noncontact ACL tear and a LM root tear which was not treated at time of ACL reconstruction. At age 24 the patient complained of lateral joint pain and swelling. MRI showed a lateral compartment arthritis and an extruded LM with a LM root tear. And finally: The patient is a 28 year old who had an ACL reconstruction and an ignored LM root tear at age 20-now with a reinjury found to have advanced lateral compartment arthritis and an extruded LM . Dr. LaPrade emphasizes the role of the lateral meniscus root(s): - Serve an essential function as shock absorber for lateral compartment - Neglect of LM root tears can often lead to arthritis in this young population - The LM root is also essential to protect an ACL graft against increases in anterior tibial translation and internal rotation which can lead to ACL graft failure if not repaired.

Lateral Meniscus Root Tears - Neglected Cases from Robert LaPrade

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0 Anatomical Landmarks of the Knee /slideshow/anatomical-landmarks-of-the-knee/83426673 anatomical-landmarks-knee-anatomy-171205195727
Defining surgical relevant anatomic landmarks can be particularly difficult at the time of surgery. The following slides provide an outline of definable landmarks based upon our studies that have proven to be very useful to residents, fellows, and surgeons in surgery. The slides outline the primary anatomic landmarks for MCL surgery, posterolateral (PLC) knee surgery and PCL reconstructions. As many of our colleagues have done, these slides can also be printed and laminated and taped to the walls in one’s surgery center to serve as landmarks for a safe and efficient surgery.]]>
Defining surgical relevant anatomic landmarks can be particularly difficult at the time of surgery. The following slides provide an outline of definable landmarks based upon our studies that have proven to be very useful to residents, fellows, and surgeons in surgery. The slides outline the primary anatomic landmarks for MCL surgery, posterolateral (PLC) knee surgery and PCL reconstructions. As many of our colleagues have done, these slides can also be printed and laminated and taped to the walls in one’s surgery center to serve as landmarks for a safe and efficient surgery.]]> Tue, 05 Dec 2017 19:57:27 GMT /slideshow/anatomical-landmarks-of-the-knee/83426673 RobertLaPrade@slideshare.net(RobertLaPrade) Anatomical Landmarks of the Knee RobertLaPrade Defining surgical relevant anatomic landmarks can be particularly difficult at the time of surgery. The following slides provide an outline of definable landmarks based upon our studies that have proven to be very useful to residents, fellows, and surgeons in surgery. The slides outline the primary anatomic landmarks for MCL surgery, posterolateral (PLC) knee surgery and PCL reconstructions. As many of our colleagues have done, these slides can also be printed and laminated and taped to the walls in one’s surgery center to serve as landmarks for a safe and efficient surgery. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/anatomical-landmarks-knee-anatomy-171205195727-thumbnail.jpg?width=120&height=120&fit=bounds" /><br> Defining surgical relevant anatomic landmarks can be particularly difficult at the time of surgery. The following slides provide an outline of definable landmarks based upon our studies that have proven to be very useful to residents, fellows, and surgeons in surgery. The slides outline the primary anatomic landmarks for MCL surgery, posterolateral (PLC) knee surgery and PCL reconstructions. As many of our colleagues have done, these slides can also be printed and laminated and taped to the walls in one’s surgery center to serve as landmarks for a safe and efficient surgery.

Anatomical Landmarks of the Knee from Robert LaPrade

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0 Knee Stress X-Ray Guide /slideshow/knee-stress-xray-guide/83426670 knee-stress-x-ray-guide-171205195724
This guide demonstrates the interpretation of the amount of side-to-side differences in stress radiographs to determine a complete or a partial medial knee, lateral knee and PCL tear. This guide is useful to post in one’s clinic to assist with the interpretation of stress radiographs. Stress radiographs should be obtained in all patients where there is a concern for a complete knee ligament injury. These guidelines have been developed and validated in our research lab and published in the peer reviewed literature.]]>
This guide demonstrates the interpretation of the amount of side-to-side differences in stress radiographs to determine a complete or a partial medial knee, lateral knee and PCL tear. This guide is useful to post in one’s clinic to assist with the interpretation of stress radiographs. Stress radiographs should be obtained in all patients where there is a concern for a complete knee ligament injury. These guidelines have been developed and validated in our research lab and published in the peer reviewed literature.]]> Tue, 05 Dec 2017 19:57:24 GMT /slideshow/knee-stress-xray-guide/83426670 RobertLaPrade@slideshare.net(RobertLaPrade) Knee Stress X-Ray Guide RobertLaPrade This guide demonstrates the interpretation of the amount of side-to-side differences in stress radiographs to determine a complete or a partial medial knee, lateral knee and PCL tear. This guide is useful to post in one’s clinic to assist with the interpretation of stress radiographs. Stress radiographs should be obtained in all patients where there is a concern for a complete knee ligament injury. These guidelines have been developed and validated in our research lab and published in the peer reviewed literature. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/knee-stress-x-ray-guide-171205195724-thumbnail.jpg?width=120&height=120&fit=bounds" /><br> This guide demonstrates the interpretation of the amount of side-to-side differences in stress radiographs to determine a complete or a partial medial knee, lateral knee and PCL tear. This guide is useful to post in one’s clinic to assist with the interpretation of stress radiographs. Stress radiographs should be obtained in all patients where there is a concern for a complete knee ligament injury. These guidelines have been developed and validated in our research lab and published in the peer reviewed literature.

Knee Stress X-Ray Guide from Robert LaPrade

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0 Bioengineering Hip Research Improving Patient Outcomes /slideshow/bioengineering-hip-research-improving-patient-outcomes/53385902 bioengineering-hip-research-improving-patient-outcomes-colorado-sports-medicine-specialist-150930174401-lva1-app6891
Colorado sports medicine specialist Robert LaPrade, MD, PhD discusses bioengineering hip research and how it is improving patient outcomes. Research is similar to a pyramid, quantitative anatomy is the foundation of the triangle. Biomechanics is the center of the triangle and clinical outcomes completes the top. Without the bottom layers, successful clinical outcomes can not be accomplished. In Dr. LaPrade's Acetabular Anatomy, Anatomy of the Proximal Femur, Acetabular Labrum, The Ligamentum Teres, The Proximal Hamstring studies detail the anatomy of the hip joint. These studies improve the understanding of the complex anatomy of the hip and surrounding structures. ]]>
Colorado sports medicine specialist Robert LaPrade, MD, PhD discusses bioengineering hip research and how it is improving patient outcomes. Research is similar to a pyramid, quantitative anatomy is the foundation of the triangle. Biomechanics is the center of the triangle and clinical outcomes completes the top. Without the bottom layers, successful clinical outcomes can not be accomplished. In Dr. LaPrade's Acetabular Anatomy, Anatomy of the Proximal Femur, Acetabular Labrum, The Ligamentum Teres, The Proximal Hamstring studies detail the anatomy of the hip joint. These studies improve the understanding of the complex anatomy of the hip and surrounding structures. ]]> Wed, 30 Sep 2015 17:44:01 GMT /slideshow/bioengineering-hip-research-improving-patient-outcomes/53385902 RobertLaPrade@slideshare.net(RobertLaPrade) Bioengineering Hip Research Improving Patient Outcomes RobertLaPrade Colorado sports medicine specialist Robert LaPrade, MD, PhD discusses bioengineering hip research and how it is improving patient outcomes. Research is similar to a pyramid, quantitative anatomy is the foundation of the triangle. Biomechanics is the center of the triangle and clinical outcomes completes the top. Without the bottom layers, successful clinical outcomes can not be accomplished. In Dr. LaPrade's Acetabular Anatomy, Anatomy of the Proximal Femur, Acetabular Labrum, The Ligamentum Teres, The Proximal Hamstring studies detail the anatomy of the hip joint. These studies improve the understanding of the complex anatomy of the hip and surrounding structures. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/bioengineering-hip-research-improving-patient-outcomes-colorado-sports-medicine-specialist-150930174401-lva1-app6891-thumbnail.jpg?width=120&height=120&fit=bounds" /><br> Colorado sports medicine specialist Robert LaPrade, MD, PhD discusses bioengineering hip research and how it is improving patient outcomes. Research is similar to a pyramid, quantitative anatomy is the foundation of the triangle. Biomechanics is the center of the triangle and clinical outcomes completes the top. Without the bottom layers, successful clinical outcomes can not be accomplished. In Dr. LaPrade's Acetabular Anatomy, Anatomy of the Proximal Femur, Acetabular Labrum, The Ligamentum Teres, The Proximal Hamstring studies detail the anatomy of the hip joint. These studies improve the understanding of the complex anatomy of the hip and surrounding structures.

Bioengineering Hip Research Improving Patient Outcomes from Robert LaPrade

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0 https://cdn.slidesharecdn.com/profile-photo-RobertLaPrade-48x48.jpg?cb=1670877373 As a complex knee specialist, Dr. LaPrade is recognized for his treatment of high level athletes. He has spent the last 14 years treating and taking care of the University of Minnesota Hockey and Baseball teams. Dr. LaPrade was team physician for the University of Minnesota Men's ice hockey team (National Champions in 2002 and 2003) and the men's baseball team during that same time. Selected as "one of the Best Doctors in America" and often referred to as a "doctor's doctor" he has special skills and expertise in treating intricate knee injuries and previously failed surgeries. Dr. LaPrade’s passion for excellence in the field of orthopaedic has led to ongoing, dynamic research into t. http://drrobertlaprademd.com/ https://cdn.slidesharecdn.com/ss_thumbnails/lmrootneglectedcases-221212203714-daa9b1ad-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/lateral-meniscus-root-tears-neglected-cases/254874472 Lateral Meniscus Root ... https://cdn.slidesharecdn.com/ss_thumbnails/anatomical-landmarks-knee-anatomy-171205195727-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/anatomical-landmarks-of-the-knee/83426673 Anatomical Landmarks o... https://cdn.slidesharecdn.com/ss_thumbnails/knee-stress-x-ray-guide-171205195724-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/knee-stress-xray-guide/83426670 Knee Stress X-Ray Guide