MDS Abstracts

Abstracts from the International Congress of Parkinson’s and Movement Disorders.

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  • MDS Virtual Congress 2020

    Smartphone applications in Parkinson’s disease: current data on disease monitoring, medication adherence, and movement modulation

    S. Tripathi, A. Malhotra, S. Barkan, C. Henchcliffe, H. Sarva (New York City, NY, USA)

    Objective: To review current literature of PD smartphone applications. Background: Smartphone applications show promise in management of several diseases. For PD patients these apps provide…
  • MDS Virtual Congress 2020

    Association between actively and passively monitored gait in early Parkinson’s disease

    E. Volkova-Volkmar, A. Thomann, B. van Lier, D. Wolf, G. Pointeau, Y.P Zhang Schärer, W.Y Cheng, C. Simillion, G. Pagano, W. Zago, C. Gossens, F. Lipsmeier, K. Taylor, M. Lindemann (Basel, Switzerland)

    Objective: To determine the the reliability and preliminary validity of passively acquired sensor features of gait in individuals with early Parkinson’s disease (PD). Background: Passive…
  • MDS Virtual Congress 2020

    Association between actively and passively monitored hand gestures in early Parkinson’s disease

    E. Volkova-Volkmar, A. Thomann, B. van Lier, D. Wolf, G. Pointeau, Y.P Zhang Schärer, W.Y Cheng, C. Simillion, G. Pagano, W. Zago, C. Gossens, F. Lipsmeier, K. Taylor, M. Lindemann (Basel, Switzerland)

    Objective: To determine the reliability and preliminary validity of passively acquired smartwatch-based sensor features of hand gestures in early Parkinson’s disease (PD). Background: Hand movements…
  • MDS Virtual Congress 2020

    Deep phenotyping of Parkinson’s disease: a longitudinal study using multiple digital sensors

    E. Waddell, S. Jensen-Roberts, T. Myers, M. Coffey, K. Lizarraga, E. Dorsey, C. Tarolli, J. Adams, R. Schneider (Rochester, NY, USA)

    Objective: To describe the design and implementation of a novel natural history study in Parkinson's disease (PD) evaluating multi-modal technologies, including the mPower 2.0 smartphone…
  • MDS Virtual Congress 2020

    Remote monitoring of physical activity in Veterans with Parkinson’s disease

    K. Waddell, S. Wood, S. Koganti, J. Morley (Philadelphia, PA, USA)

    Objective: To determine the feasibility of a remote physical activity monitoring program for Veterans with Parkinson’s disease (PD). Background: Regular physical activity improves overall health,…
  • MDS Virtual Congress 2020

    PD Conversations: Creation of an Online Parkinson’s Community

    N. Yarab, D. Ojeda, J. McClure, A. Janicke, V. Todaro, L. Pearl, C. Whitlock, A. Diaz (Miami, FL, USA)

    Objective: An online Parkinson’s community can provide a valuable forum and an effective means of support for individuals living with Parkinson’s disease (PD). Background: Parkinson’s…
  • MDS Virtual Congress 2020

    Arm Swing Differences in Patients with PD and ET during Walking

    W.S Zhang, C. Gao, P.C Zhang, G. Li, S.D Chen (Shanghai, China)

    Objective: To identify objective biomarkers to improve clinical phenotyping and differential diagnosis in patients with PD and ET using wearable sensors. Background: At present, the…
  • MDS Virtual Congress 2020

    A novel easily performed objective test of fine motor skill in handwriting and drawing to support diagnosing Parkinson’s disease

    R. Zietsma, S. Bojic, A. Karki, R. Bauer, M. van Gils, L. Cluitmans, A. Tolonen, R. Walker, K. Gray (Edinburgh, United Kingdom)

    Objective: The study assessed the ability of a handheld device intended to measure and analyze features of neuromuscular processes to diagnose Parkinson’s disease correctly, compared…
  • MDS Virtual Congress 2020

    A C12orf65 mutation-related autosomal recessive hereditary spastic paraplegia is associated with autophagy induction

    L. Wu, Y. Xu, Q. Wang, X. Lai, I. Vinnikov, W. Chen (shanghai, China)

    Objective: Spastic paraplegia type 55 (SPG55) is an autosomal recessive complicated HSP caused by homozygous mutation in the C12orf65 gene (613541) on chromosome 12q24. The…
  • MDS Virtual Congress 2020

    Deep brain stimulation lead removal in Tourette syndrome: Data from the International Tourette DBS Registry and Database

    W. Deeb, J. Wong, A. Leentjens, A. Mogilner, D. Servello, F. Meng, J. Zhang, T. Galbiati, M. Okun (Gainesville, FL, USA)

    Objective: To report on the extent and reasons underpinning DBS removal in TS patients by utilizing the data drawn from a large multi-country cohort. Background: Tourette…
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