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- 01HHFA9F4VH1N1N8FJ8DV5NBCX classification C3.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX date "2023".
- 01HHFA9F4VH1N1N8FJ8DV5NBCX language "eng".
- 01HHFA9F4VH1N1N8FJ8DV5NBCX type conference.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX hasPart 01HHFAEF52TMAXHKZ16YC54XQ5.pdf.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX hasPart 01HHFAMAHXNAZ7PVMX033F0S8E.pdf.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX subject "Medicine and Health Sciences".
- 01HHFA9F4VH1N1N8FJ8DV5NBCX issn "2159-2896".
- 01HHFA9F4VH1N1N8FJ8DV5NBCX issue "4".
- 01HHFA9F4VH1N1N8FJ8DV5NBCX presentedAt urn:uuid:e3f7005c-a174-409e-a44d-e8ff50e5a34c.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX volume "18".
- 01HHFA9F4VH1N1N8FJ8DV5NBCX abstract "Introduction: Patellar tendinopathy (PT) is a highly prevalent overuse injury in volleyball. However, little is known about whether and how fatigue may increase the risk for developing PT through biomechanical alterations during repetitive jump-landing activities in volleyball. Therefore, the objective of this study was to identify fatigue-induced biomechanical risk factors for PT in volleyball during a spike jump-landing. Methods: Eighty-two male volleyball players were tested pre-season in 2021 with subsequent prospective follow-up for one season. At baseline, three-dimensional full-body kinematics and kinetics were collected while performing a spike jump before and after a volleyball-specific fatigue protocol. Univariate cox regression with competing risk analysis was performed to identify significant predictors for the development of PT (p<0.05). Results: During follow-up, 13 of the 82 players developed PT (16%). For the fatigued biomechanical variables, decreased hip flexion (-7.8°, p=0.026, HR=1.057), increased patellar tendon loading rate (+6.2 x body weight/s, p=0.043, HR=1.049) and increased length of the rectus femoris (+1.3 cm, p=0.005, HR=1.826) and vastus lateralis muscle-tendon unit (+0.3 cm, p=0.048, HR=4.034) were significant contributors for developing PT. Conclusion: The results of this prospective study suggest that players who utilize a stiffer landing at the hip after fatigue may have an increased risk for developing PT due to the accumulation of tensile forces acting on the patellar tendon.".
- 01HHFA9F4VH1N1N8FJ8DV5NBCX author 275BE4BC-F0EE-11E1-A9DE-61C894A0A6B4.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX author 34736D14-F0EE-11E1-A9DE-61C894A0A6B4.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX author 37A6CD50-F0EE-11E1-A9DE-61C894A0A6B4.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX author 4019D9B8-6888-11E5-AD70-3415B5D1D7B1.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX author B041DEAE-9A61-11E7-A799-F80CAE28A064.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX author F690C848-F0ED-11E1-A9DE-61C894A0A6B4.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX author F7D1E228-F0ED-11E1-A9DE-61C894A0A6B4.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX author FAD11CDC-F0ED-11E1-A9DE-61C894A0A6B4.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX dateCreated "2023-12-12T15:28:23Z".
- 01HHFA9F4VH1N1N8FJ8DV5NBCX dateModified "2024-10-29T18:30:01Z".
- 01HHFA9F4VH1N1N8FJ8DV5NBCX name "Fatigue-induced biomechanical risk factors for patellar tendinopathy in volleyball : a prospective study".
- 01HHFA9F4VH1N1N8FJ8DV5NBCX publisher urn:uuid:e2db6906-3ec2-4e65-8c06-e54ef8062b95.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX sameAs LU-01HHFA9F4VH1N1N8FJ8DV5NBCX.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX sourceOrganization urn:uuid:61ee553a-b48e-4245-b3ac-a8148bf15aa1.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX sourceOrganization urn:uuid:9e410b1f-9731-456c-9773-08987993336d.
- 01HHFA9F4VH1N1N8FJ8DV5NBCX type C3.