Harri Piitulainen

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	Wszystkie	Od 2019
Cytowania	1945	1389
h-indeks	26	21
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Veikko JousmäkiAalto NeuroImaging, Aalto UniversityZweryfikowany adres z aalto.fi
Avela JanneProfesssor in Biomechanics, University of JyväskyläZweryfikowany adres z jyu.fi
Mathieu BourguignonULB Neuroscience InstituteZweryfikowany adres z ulb.be
Riitta HariProf. (emer.) @ Aalto University, School of ARTS & School of SCI; FinlandZweryfikowany adres z aalto.fi
Timo NurmiPostdoctoral researcher, Department of Neuroscience and Biomedical Engineering, Aalto UniversityZweryfikowany adres z aalto.fi
Alberto BotterPolitecnico di TorinoZweryfikowany adres z polito.it
Maria HakonenPostdoctoral researcher, Massachusetts General Hospital, Harvard Medical SchoolZweryfikowany adres z jyu.fi
Timo RantalainenAcademy Research Fellow, University of Jyväskylä, FinlandZweryfikowany adres z jyu.fi
Tiina ParviainenDepartment of Psychology, Center for Interdisciplinary Brain Research, University of JyväskyläZweryfikowany adres z jyu.fi
Nina ForssZweryfikowany adres z hus.fi
Juha-Pekka KulmalaAcademy Research Fellow, HUS Motion LaboratoryZweryfikowany adres z hus.fi
Alessandra GiangrandePolitecnico di Torino | University of JyväskyläZweryfikowany adres z polito.it
Giacinto Luigi CeroneLISiN - Politecnico di TorinoZweryfikowany adres z polito.it
Daniel LundqvistDirector of CIR - Centre for Imaging Research; Karolinska InstitutetZweryfikowany adres z ki.se
Simon WalkerSenior Researcher, Faculty of Sporrt and Health Sciences, University of JyväskyläZweryfikowany adres z jyu.fi
Lauri ParkkonenProfessor, Aalto UniversityZweryfikowany adres z aalto.fi
Heikki KainulainenFaculty of Sport and Health Sciences, Biology of Physical Activity, University of JyväskyläZweryfikowany adres z jyu.fi
Mia LiljeströmNBE, Aalto University; BioMag Laboratory, HUSZweryfikowany adres z aalto.fi
Mikkel C. VindingDepartment of Psychology, University of CopenhagenZweryfikowany adres z psy.ku.dk
Martin IngvarKarolinska InstitutetZweryfikowany adres z ki.se

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Harri Piitulainen

Professor in Motor Neuroscience, University of Jyväskylä

Zweryfikowany adres z jyu.fi

neuroimaging biomechanics proprioception motor control motor disorders


Tytuł Sortuj wg cytatów Sortuj wg roku Sortuj wg tytułu	Cytowane przez Cytowane przez	Rok
Current state of digital signal processing in myoelectric interfaces and related applications M Hakonen, H Piitulainen, A Visala Biomedical Signal Processing and Control 18, 334-359, 2015	377	2015
Corticokinematic coherence mainly reflects movement-induced proprioceptive feedback M Bourguignon, H Piitulainen, X De Tiège, V Jousmäki, R Hari Neuroimage 106, 382-390, 2015	101	2015
Corticokinematic coherence during active and passive finger movements H Piitulainen, M Bourguignon, X De Tiege, R Hari, V Jousmäki Neuroscience 238, 361-370, 2013	84	2013
Innervation zone shift at different levels of isometric contraction in the biceps brachii muscle H Piitulainen, T Rantalainen, V Linnamo, P Komi, J Avela Journal of electromyography and kinesiology 19 (4), 667-675, 2009	80	2009
MEG-compatible pneumatic stimulator to elicit passive finger and toe movements H Piitulainen, M Bourguignon, R Hari, V Jousmäki Neuroimage 112, 310-317, 2015	68	2015
Cortical proprioceptive processing is altered by aging H Piitulainen, S Seipäjärvi, J Avela, T Parviainen, S Walker Frontiers in aging neuroscience 10, 147, 2018	63	2018
Neuromuscular adaptations to short-term high-intensity interval training in female ice-hockey players JV Kinnunen, H Piitulainen, JM Piirainen The Journal of Strength & Conditioning Research 33 (2), 479-485, 2019	59	2019
Muscle fiber conduction velocity is more affected after eccentric than concentric exercise H Piitulainen, A Botter, R Merletti, J Avela European journal of applied physiology 111, 261-273, 2011	59	2011
Coherence between magnetoencephalography and hand-action-related acceleration, force, pressure, and electromyogram H Piitulainen, M Bourguignon, X De Tiège, R Hari, V Jousmäki Neuroimage 72, 83-90, 2013	56	2013
Spatial variability of muscle activity during human walking: the effects of different EMG normalization approaches NJ Cronin, S Kumpulainen, T Joutjärvi, T Finni, H Piitulainen Neuroscience 300, 19-28, 2015	54	2015
Sarcolemmal excitability as investigated with M-waves after eccentric exercise in humans H Piitulainen, P Komi, V Linnamo, J Avela Journal of Electromyography and Kinesiology 18 (4), 672-681, 2008	47	2008
MEG insight into the spectral dynamics underlying steady isometric muscle contraction M Bourguignon, H Piitulainen, E Smeds, G Zhou, V Jousmäki, R Hari Journal of Neuroscience 37 (43), 10421-10437, 2017	46	2017
Modulation of the~ 20‐Hz motor‐cortex rhythm to passive movement and tactile stimulation E Parkkonen, K Laaksonen, H Piitulainen, L Parkkonen, N Forss Brain and behavior 5 (5), e00328, 2015	42	2015
Human primary motor cortex is both activated and stabilized during observation of other person's phasic motor actions R Hari, M Bourguignon, H Piitulainen, E Smeds, X De Tiege, V Jousmäki Philosophical Transactions of the Royal Society B: Biological Sciences 369 …, 2014	40	2014
Attenuated beta rebound to proprioceptive afferent feedback in Parkinson’s disease MC Vinding, P Tsitsi, H Piitulainen, J Waldthaler, V Jousmäki, M Ingvar, ... Scientific reports 9 (1), 2604, 2019	39	2019
Impaired action potential conduction at high force levels after eccentric exercise H Piitulainen, R Bottas, P Komi, V Linnamo, J Avela Journal of Electromyography and Kinesiology 20 (5), 879-887, 2010	38	2010
Changes in motor unit characteristics after eccentric elbow flexor exercise H Piitulainen, A Holobar, J Avela Scandinavian journal of medicine & science in sports 22 (3), 418-429, 2012	37	2012
Comparing MEG and EEG in detecting the~ 20-Hz rhythm modulation to tactile and proprioceptive stimulation M Illman, K Laaksonen, M Liljeström, V Jousmäki, H Piitulainen, N Forss NeuroImage 215, 116804, 2020	35	2020
Effect of innervation zones in estimating biceps brachii force–EMG relationship during isometric contraction T Rantalainen, A Kłodowski, H Piitulainen Journal of Electromyography and Kinesiology 22 (1), 80-87, 2012	34	2012
The gait is less stable in children with cerebral palsy in normal and dual-task gait compared to typically developed peers H Piitulainen, JP Kulmala, H Mäenpää, T Rantalainen Journal of biomechanics 117, 110244, 2021	32	2021

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