1,439 search results for “zhang van parkinson” in the Public website
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Ling ZhangInternational Institute Asian Studies
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Junzhou ZhangFaculty of Law
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Xiaoke ZhangFaculty of Science
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Luping ZhangFaculty of Law
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Heather ZhangInternational Institute Asian Studies
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Yajuan ZhangInternational Institute Asian Studies
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Xinyu ZhangFaculty of Social and Behavioural Sciences
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Chong ZhangAfrika-Studiecentrum
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Jingwen Zhang -
Developing metabolomics for a systems biology approach to understand Parkinson's disease
Neurodegenerative diseases, including Parkinson’s disease (PD), are increasing in prevalence due to the aging population. Despite extensive study, these diseases are still not fully understood and the lack of personalised treatment options that can target the cause of the diseases, rather than the symptoms,…
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Yaming ZhangFaculty of Humanities
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Jinyu ZhangFaculty of Science
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Lu ZhangFaculty of Science
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Lin ZhangFaculty of Social and Behavioural Sciences
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Haowen ZhangFaculty of Science
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Heyang ZhangFaculty of Science
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Yuze ZhangFaculty of Science
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Congrou ZhangFaculty of Science
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Yu ZhangFaculty of Science
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Yunhao ZhangFaculty of Science
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Ying ZhangFaculty of Humanities
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Jia ZhangFaculty of Science
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Weiwei ZhangFaculty of Science
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Min ZhangFaculty of Humanities
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Weizhe ZhangFaculty of Science
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Diyu ZhangFaculty of Science
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Tianyi ZhangFaculty of Humanities
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Yun ZhangFaculty of Science
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Mengxu ZhangFaculty of Science
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Fengjiao ZhangFaculty of Science
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Renwei ZhangFaculty of Science
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Boyao ZhangFaculty of Humanities
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Qi ZhangFaculty of Humanities
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Xiaobing ZhangFaculty of Science
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Le ZhangFaculty of Science
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Zhewei ZhangFaculty of Humanities
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Yinzhi ZhangFaculty of Humanities
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Parkinson’s protein α-synuclein: membrane interactions and fibril structure
The thesis describes the use of electron paramagnetic resonance (EPR) spectroscopy, in continuous wave and pulse modes, to address the interaction of α-Synuclein (αS) with membranes and the aggregation of αS.
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Jiaxin ZhangFaculty of Science
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Tan ZhangFaculty of Science
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Anastasia ZhangFaculty of Archaeology
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One-year practice effects predict long-term cognitive outcomes in Parkinson’s disease
Up to 50% of individuals with Parkinson's disease develop cognitive impairment over time; this study explores the use of 'practice effects' on neuropsychological tests as an early predictor of cognitive decline.
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Xiao Jun ZhangLeiden Learning and Innovation Centre
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Interacting risk factors for impulse control behaviours in de novo Parkinson's disease
Up to 45% of patients with Parkinson's disease experience impulse control disorders, characterised by a loss of voluntary control over impulses, drives or temptations. This study aimed to investigate whether previously identified genetic and psychiatric risk factors interact towards the development…
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From Dissonance to Symphony: Therapeutic Innovations in Parkinson’s Disease
Inaugural lecture
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Parkinson Protein α-Synuclein Binds Surprisingly Strong with Membrane
Α-synuclein, a protein associated with Parkinson’s disease, proves to bind with membranes in a surprisingly efficient way. It confirms scientists’ suspicion of the protein’s leading role in the transmission of neurotransmitters between nerve cells in the brain. Publication in PLoS ONE.
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than motor skills: study of cognitive and psychological symptoms of Parkinson’s
Cognitive decline and anxiety in Parkinson’s disease are often only recognised at a late stage, in spite of their great impact. Research by Marit Ruitenberg focuses on new tests and methods to show up these symptoms earlier and make them more specific.
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stable-isotope labeling: exploring neuronal metabolism related to Parkinson’s disease
The progressive loss and degeneration of dopaminergic neurons is a major pathological hallmark of Parkinson's disease (PD). The onset and progression of PD can be triggered by multiple risk factors, for instance, genetic mutation, environmental exposure, and aging.
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A Comparative Study of Cosmology and its Dynamics in Zhang Zai and Max Scheler
PhD defence
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Can Parkinson's be stopped by unravelling protein fibres? Anne Wentink finds out with a Vidi grant from NWO
In brain diseases such as Parkinson's and Alzheimer's, proteins clump together to form fibres. ‘Chaperone proteins’ unravel those fibres, but in the test tube biochemist Anne Wentink saw that this can also cause new problems. She is going to find out what happens inside cells to determine what a drug…