Frontiers Better Alone Than In Bad Company New Species Of Citation: bower ae, crisomia sj, chung jw, martello jp and burciu rg (2023) free water imaging unravels unique patterns of longitudinal structural brain changes in parkinson’s disease subtypes. front. neurol. 14:1278065. doi: 10.3389 fneur.2023.1278065. received: 15 august 2023; accepted: 12 october 2023; published: 30 october 2023. Frontiers in neurology 01 frontiersin.org free water imaging unravels unique patterns of longitudinal structural brain changes in parkinson’s disease subtypes abigail e. bower 1, sophia j. crisomia 1, jae woo chunguniversity of arizona, united states 2, justin p. martello3 and roxana g. burciu1*.
Frontiers Better Alone Than In Bad Company New Species Of Free water imaging unravels unique patterns of longitudinal structural brain changes in parkinson's disease subtypes front neurol . 2023 oct 30:14:1278065. doi: 10.3389 fneur.2023.1278065. Free water imaging unravels unique patterns of longitudinal structural brain changes in parkinson’s disease subtypes. of frontiers, a t the time of submission. is had no impact on the peer . Frontiers in neurology (oct 2023) free water imaging unravels unique patterns of longitudinal structural brain changes in parkinson’s disease subtypes abigail e. A logistic regression model incorporating percent change in motor scores and fw in these brain regions achieved 91.4% accuracy in discriminating td and pigd, surpassing models based solely on clinical measures (74.3%) or imaging (76.1%).
Frontiers Free Water In White Matter Differentiates Mci And Ad From Frontiers in neurology (oct 2023) free water imaging unravels unique patterns of longitudinal structural brain changes in parkinson’s disease subtypes abigail e. A logistic regression model incorporating percent change in motor scores and fw in these brain regions achieved 91.4% accuracy in discriminating td and pigd, surpassing models based solely on clinical measures (74.3%) or imaging (76.1%). The results suggest the use of fw to study disease progression in pd and provide insight into the differential course of brain changes in early stage pd subtypes. background research shows that individuals with parkinson’s disease (pd) who have a postural instability and gait difficulties (pigd) subtype have a faster disease progression compared to those with a tremor dominant (td) subtype. Bower, abigail e., et al. "free water imaging unravels unique patterns of longitudinal structural brain changes in parkinson's disease subtypes." frontiers in neurology, vol. 14, 2023, p. 1278065. bower ae, crisomia sj, chung jw, et al. free water imaging unravels unique patterns of longitudinal structural brain changes in parkinson's disease.
Frontiers Free Water Imaging Unravels Unique Patterns Of L The results suggest the use of fw to study disease progression in pd and provide insight into the differential course of brain changes in early stage pd subtypes. background research shows that individuals with parkinson’s disease (pd) who have a postural instability and gait difficulties (pigd) subtype have a faster disease progression compared to those with a tremor dominant (td) subtype. Bower, abigail e., et al. "free water imaging unravels unique patterns of longitudinal structural brain changes in parkinson's disease subtypes." frontiers in neurology, vol. 14, 2023, p. 1278065. bower ae, crisomia sj, chung jw, et al. free water imaging unravels unique patterns of longitudinal structural brain changes in parkinson's disease.
Frontiers Free Water Imaging Unravels Unique Patterns Of L
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