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Seidler, R.D
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Seidler, R.D
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Seidler, R.D
'
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1
Novelty exposure induces stronger sensorimotor representations during a manual adaptation task
by
Koppelmans, V.
,
Ruitenberg, M.F.L
,
Schomaker, J.
,
Seidler
,
R.D
Published 2022
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Article
2
Retention Effects of Long-Term Balance Training with Vibrotactile Sensory Augmentation in Healthy Older Adults
by
Bao, T.
,
Barone, V.J
,
Carender, W.J
,
Kinnaird, C.
,
Noohi, F.
,
Peethambaran, G.
,
Seidler
,
R.D
,
Sienko, K.H
,
Whitney, S.L
Published 2022
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3
Retention Effects of Long-Term Balance Training with Vibrotactile Sensory Augmentation in Healthy Older Adults
by
Bao, T.
,
Barone, V.J
,
Carender, W.J
,
Kinnaird, C.
,
Noohi, F.
,
Peethambaran, G.
,
Seidler
,
R.D
,
Sienko, K.H
,
Whitney, S.L
Published 2022
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4
Ophthalmic changes in a spaceflight analog are associated with brain functional reorganization
by
Beltran, N.E
,
Bloomberg, J.J
,
De Dios, Y.E
,
Kofman, I.S
,
Lee, J.K
,
McGregor, H.R
,
Mulavara, A.P
,
Mulder, E.R
,
Seidler
,
R.D
,
Smith, S.M
,
Zwart, S.R
Published 2021
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Related Subjects
Balance rehabilitations
Brain
Home-based
Housing
Medical computing
Older adults
Re-weighting
Retention
Sensory augmentations
Sensory reweighting
Smartphones
Telehealth
Telerehabilitation
Vibrotactile
Wearable devices
Wearable technology
adult
balance rehabilitation
female
home-based
human
male
older adults
retention
sensory augmentation
sensory reweighting
telehealth
telerehabilitation
vibrotactile
wearable device
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