MORRISON, SCOT DANIEL
MORRISON, SCOT DANIEL
DIPARTIMENTO DI NEUROSCIENZE, BIOMEDICINA E MOVIMENTO
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A multi-systems approach to human movement after ACL reconstruction: the cardiopulmonary system
2022-01-01 Seehafer, Lucas; Morrison, Scot; Severin, Rich; Ness, Brandon M
A multi-systems approach to human movement after ACL reconstruction: the musculoskeletal system
2022-01-01 Larson, Daniel; Vu, Vien; Ness, Brandon M; Wellsandt, Elizabeth; Morrison, Scot
Inline dynamometry provides reliable measurements of quadriceps strength in healthy and ACL-reconstructed individuals and is a valid substitute for isometric electromechanical dynamometry following ACL reconstruction
2024-01-01 Norris, Richard; Morrison, Scot; Price, Alan; Pulford, Sian; Meira, Erik; O'Neill, Seth; Williams, Huw; Maddox, Thomas W; Carter, Paul; Oldershaw, Rachel A
Putting "heavy" into heavy slow resistance
2022-01-01 Morrison, Scot; Cook, Jill
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| A multi-systems approach to human movement after ACL reconstruction: the cardiopulmonary system | 1-gen-2022 | Seehafer, Lucas; Morrison, Scot; Severin, Rich; Ness, Brandon M | |
| A multi-systems approach to human movement after ACL reconstruction: the musculoskeletal system | 1-gen-2022 | Larson, Daniel; Vu, Vien; Ness, Brandon M; Wellsandt, Elizabeth; Morrison, Scot | |
| Inline dynamometry provides reliable measurements of quadriceps strength in healthy and ACL-reconstructed individuals and is a valid substitute for isometric electromechanical dynamometry following ACL reconstruction | 1-gen-2024 | Norris, Richard; Morrison, Scot; Price, Alan; Pulford, Sian; Meira, Erik; O'Neill, Seth; Williams, Huw; Maddox, Thomas W; Carter, Paul; Oldershaw, Rachel A | |
| Putting "heavy" into heavy slow resistance | 1-gen-2022 | Morrison, Scot; Cook, Jill |