Jochen Klucken

机构: University of Luxembourg, Luxembourg Institute of Health, Centre Hospitalier du Luxembourg

每年引用次数

引用次数

引用: 30,343

H-指数: 59

I10-指数 : 139

出版物: 289

[Translational research in geriatrics? A plea based on current biomedical key publications]

T Bertsch , D Volkert , L C Bollheimer , R Büttner
Zeitschrift Fur Gerontologie Und Geriatrie 46 ( 6) 569 -575

2013

Alpha-Synuclein Aggregation, Oligomerisierung und Toxizität

J Klucken , B Winner , U Bogdahn , J Winkler
Aktuelle Neurologie 35 554

2008

Dopaminergic stimulation in a transgenic model of neurodegeneration restores decreased proliferation and viability in subventricular zone derived adult neural precursor cells

J Vogelgsang , J Wiltfang , E Masliah , J Winkler
Pharmacopsychiatry 25 ( 06)

2015

Chaperon Proteine steuern die alpha-Synuclein Aggregation und Degradation

J Klucken , PJ McLean , BT Hyman , U Bogdahn
Aktuelle Neurologie 34 629

2007

Autophagy und α-Synucleinaggregation beim M. Parkinson

J Klucken , J Winkler
Aktuelle Neurologie 36 789

2009

Chaperone mediated degradation of aggregated alpha synuclein

J Klucken , Y Shin , PJ Mclean , BT Hyman
Aktuelle Neurologie 31 406

2004

Progression subtypes in Parkinson's disease: Results of an AI-based multi-cohort analysis

T Hähnel , T Raschka , S Sapienza , J Klucken
Clinical Neurophysiology 159 e39 -e39

2024

Special section on deep learning for biomedical and health informatics

D Ravı , C Wong , F Deligianni , M Berthelot
Journal of Biomedical and Health Informatics

1

A framework to standardize gait study protocols in Parkinson's disease

M Mancini , J Hausdorff , E Pelosin , P Bonato
Movement Disorders 38 S784 -S784

2023

Program at a Glance–Day 1 Sunday, March 4, 2018

V Kannan , O Amft , S Kleinberg , B Lo

Mobile biometrische Ganganalyse: Potenzial für Diagnose und Therapiemonitoring beim Parkinson-Syndrom (Originalien)

J Klucken , J Barth , K Maertens , B Eskofier
Der Nervenarzt 82 ( 12) 1604 -1611

5

2011

Biosensor based mobile gait analysis detects motor impairment in Parkinson's disease

J Klucken , J Barth , P Kugler , R Steidl
MOVEMENT DISORDERS 27 S99 -S100

2012

Measuring what matters in Parkinson's disease-validating realworld digital mobility outcomes for widespread adoption

A Yarnall , C Schlenstedt , P Ginis , H Hildesheim
Movement Disorders 37 S360 -S360

2022

Connecting digital mobility outcomes with clinical assessments in disorders such as Parkinson's disease: the Mobilise-D study

W Maetzler , A Yarnall , I Neatrour , A Nieuwboer
Movement Disorders 35 S658 -S658

2020

Systematic data analysis and data mining in gait analysis by heat mapping

IK Timotius , F Canneva , G Minakaki , S Moceri
Measuring Behavior 2018

4

2018

An adaptable inertial sensor fusion-based approach for energy expenditure estimation

D Schuldhaus , S Dorn , Heike Leutheuser , A Tallner
The 15th International Conference on Biomedical Engineering: ICBME 2013, 4th to 7th December 2013, Singapore 124 -127

4

2014

Rodent’s stride length depends on body size: implications for CatWalk assay

IK Timotius , S Moceri , AC Plank , J Habermeyer
Measuring Behavior 2018

1

2018

ParkinsonGoesDTx–a novel gait monitor concept triggers treatment decisions in Parkinson’s disease

T Gladow , S Stallforth , J Stiefel , J Jukic
Parkinsonism & Related Disorders 113

2023

Characterization of gait profiles in patients with atypical parkinsonian syndromes

V Sidoroff , P Bachmann , K Seppi , F Krismer
European Journal Of Neurology 30 714 -715

2023

Sensor-based gait analysis provides robust results in comparison to motion capture: A validation study in Parkinson's disease

H Gaßner , V Jakob , A Küderle , F Kluge
Gait & Posture 97 S47 -S48

2022

Digital Medicine

Movement Disorders

Patient-centered healthcare application