Influence of morphological variation on brain impact responses among youth and young adults
Tissue-level brain responses to sport-related head impacts may be stronger predictors of
brain injury risk than head kinematics alone. Despite the importance of accurate impact …
brain injury risk than head kinematics alone. Despite the importance of accurate impact …
Influence of morphological variation on brain impact responses among youth and young adults.
J Liu, JJ Jin, JT Eckner, S Ji, J Hu - Journal of Biomechanics, 2022 - europepmc.org
Tissue-level brain responses to sport-related head impacts may be stronger predictors of
brain injury risk than head kinematics alone. Despite the importance of accurate impact …
brain injury risk than head kinematics alone. Despite the importance of accurate impact …
Influence of morphological variation on brain impact responses among youth and young adults
J Liu, JJ Jin, JT Eckner, S Ji… - Journal of …, 2022 - pubmed.ncbi.nlm.nih.gov
Tissue-level brain responses to sport-related head impacts may be stronger predictors of
brain injury risk than head kinematics alone. Despite the importance of accurate impact …
brain injury risk than head kinematics alone. Despite the importance of accurate impact …
Influence of morphological variation on brain impact responses among youth and young adults
J Liu, JJ Jin, JT Eckner, S Ji, J Hu - Journal of biomechanics, 2022 - safetylit.org
Tissue-level brain responses to sport-related head impacts may be stronger predictors of
brain injury risk than head kinematics alone. Despite the importance of accurate impact …
brain injury risk than head kinematics alone. Despite the importance of accurate impact …
[PDF][PDF] Influence of morphological variation on brain impact responses among youth and young adults
J Liu, JJ Jin, JT Eckner, S Ji, J Hu - Journal of biomechanics, 2022 - drive.google.com
Tissue-level brain responses to sport-related head impacts may be stronger predictors of
brain injury risk than head kinematics alone. Despite the importance of accurate impact …
brain injury risk than head kinematics alone. Despite the importance of accurate impact …
Influence of morphological variation on brain impact responses among youth and young adults
J Liu, JJ Jin, JT Eckner, S Ji, J Hu - Journal of biomechanics, 2022 - safetylit.org
Tissue-level brain responses to sport-related head impacts may be stronger predictors of
brain injury risk than head kinematics alone. Despite the importance of accurate impact …
brain injury risk than head kinematics alone. Despite the importance of accurate impact …