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This is a listing of people with an interest in neuroinformatics.

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Result: 76 - Electrophysiology

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Last name First name Affiliation Country
Ljungquist Bengt Neuronano Research Center, Lund University Sweden
Bengt Ljungquist
Email:
Research Area(s): General neuroinformatics, Brain machine interface, Electrophysiology, Infrastructural and portal services
Research focus: My research primarily concerns 1) spike tracking - tracking neurons over long periods of time 2) data interchange - how to integrate and exchange data across labs
Le Franc Yann University of Antwerp Belgium
Yann Le Franc
Email:
Research Area(s): General neuroinformatics, Computational neuroscience, Electrophysiology, Infrastructural and portal services
Research focus: My current research focuses on the development of an ontology of the neural network modeling field.
Kötter Rolf Donders Inst. of Brain, Cognition and Behaviour Netherlands
Rolf Kötter
Email: Phone:
+31243614244 (Secretariat)
Research Area(s): Digital atlasing, Neuroimaging, Large scale modeling, Electrophysiology
Research focus: Connectivity of the primate brain
Krieger Patrik Karolinska Institutet Sweden
Email:
Research Area(s): General neuroinformatics, Digital atlasing, Large scale modeling, Electrophysiology
Research focus: "What is it and where is it?" Using the rodent whisker system as a model we study in my group how the nervous system resolves this problem.
Kock Christiaan VU University Amsterdam Netherlands
Christiaan d Kock
Email:
Research Area(s): Digital atlasing, Electrophysiology
Research focus: My goal is to examine how cortical neurons encode sensory stimuli and how stimulus representation is affected by behavior. using in vivo electrophysiology and 3D reconstruction of recorded neurons.
Knocikova Juliana Centre national de la recherche scientifique (CNRS), Université de Nice – Sophia Antipolis, Nice, France France
Juliana Knocikova
Email:
Research Area(s): General neuroinformatics, Computational neuroscience, Electrophysiology, Clinical neuroscience
Research focus: respiratory neurophysiology and biophysics, electrophysiology, math. modeling and neuroengineering, intracellular pH dynamics, cellular metabolism and respiration, regulatory signals in astrocytes
Klaus Andreas Karolinska Institute Sweden
Andreas Klaus
Email:
Research Area(s): Computational neuroscience, Large scale modeling, Electrophysiology
Research focus: The aim of my research is to gain a better understanding of the striatal gating mechanisms by means of detailed computational modeling and experimental measurements in organotypic triple cultures (cortex, striatum, and substantia nigra). The striatum is the main input stage of the basal ganglia system, which makes it interesting to study.
Kiriazov Petko Bulgarian Academy of Sciences Bulgaria
Email:
Research Area(s): Computational neuroscience, Neuromorphic engineering, Brain machine interface, Electrophysiology, Clinical neuroscience
Research focus: Principles and algorithms for optimal movement learning to develop strategies for efficient neurorehabilitation. BCI, EMG, FES, and robotic systems can be used.
Katz Paul Georgia State University United States
Paul Katz
Email: Phone:
404-413-5398 (Office)
Research Area(s): General neuroinformatics, Electrophysiology
Research focus: Study of neural circuits in gastropod molluscs, with an emphasis on neuromodulation and evolution involving identified neurons.
INCF activities: Ontologies of Neural Structures | Representation and Deployment Task Force
Kaiser Marcus Institute of Neuroscience United Kingdom
Marcus Kaiser
Email:
Research Area(s): Computational neuroscience, Neuroimaging, Large scale modeling, Electrophysiology, Clinical neuroscience
Research focus: I work on organization, development, dynamics, and robustness of cortical and neuronal networks. I am initiator and deputy director of the Wellcome Trust 4-year PhD programme Systems Neuroscience: From Networks to Behaviour and of the EPSRC funded network mathematical Neuroscience . I am also member of the editorial board of the journal Frontiers in Neuroinformatics and PLoS ONE . I work on (a) simulating the spreading of activity in hierarchical clustered networks to understand the spreading of epileptic seizures, (b) discovering constraints for spatial and topological organization of neural systems, (c) simulating the development of neural networks in order to understand developmental diseases, and (d) studying mechanisms of recovery after failure in neuronal and artificial information processing networks. For more information see the personal website www.biological-networks.org .
Jung Ranu Center for Adaptive Neural Systems, Ira A. Fulton School of Engineering, Arizona State University (ASU) United States
Ranu Jung
Email:
Research Area(s): Computational neuroscience, Neuromorphic engineering, Electrophysiology
Research focus: My interests lie in a comprehensive understanding of neuromotor organization, developing living-hardware systems for motor control and strategies for neuromotor therapy.
Islam Md Dept. of Electrical & Computer Engineering, National University of Singapore Singapore
Email: Phone:
6598615062 (Mobile)
Research Area(s): Computational neuroscience, Brain machine interface, Electrophysiology
Research focus: Neural Signal Processing
Ingram Colin Institute of Neuroscience, Newcastle United Kingdom
Colin Ingram
Email:
Research Area(s): Electrophysiology, Infrastructural and portal services
Research focus: I am coordinating the CARMEN project to develop an e-science platform for the sharing and analysis of time-series data (electrophysiology).
Ichinohe Noritaka Hirosaki University Japan
Email:
Research Area(s): General neuroinformatics, Genomics and genetics, Large scale modeling, Brain machine interface, Electrophysiology, Infrastructural and portal services
Research focus: I am interesed in cortical organization and function.
Hirata Yutaka Dept. Computer Science, Chubu University College of Engineering Japan
Yutaka Hirata
Email: Phone:
+81-568-51-9476 (Office)
Research Area(s): Computational neuroscience, Large scale modeling, Brain machine interface, Electrophysiology
Research focus: To understand the mechanism of the robust adaptive motor control in biological systems, we employ electro-physiology and animal behavioral study in combination with engineering tools.
Hill Sean INCF Sweden
Sean Hill
Email:
Research Area(s): General neuroinformatics, Computational neuroscience, Digital atlasing, Large scale modeling, Electrophysiology, Infrastructural and portal services
Research focus: Biologically-realistic models to study the role of emergent phenomena in information processing, network connectivity and synaptic plasticity in wakefulness and sleep.
Herz Andreas Ludwig-Maximilians Universität München Germany
Andreas Herz
Email: Phone:
+49-89-2180-74801 (Office)
+49-89-2180-74304 (Fax)
Research Area(s): Computational neuroscience, Electrophysiology
Research focus: We use methods from the theory of dynamical systems and probability theory to analyze and model electrophysiological data and to compare them with theoretical predictions. We are also developing novel techniques to integrate real-time data analysis methods into neurobiological experiments.
Halliday David Department of Electronics, University of York United Kingdom
Email: Phone:
+44 1904 322345 (Office)
Research Area(s): Computational neuroscience, Electrophysiology
Research focus: Studying brain function through the design, implementation, dissemination and application of statistical signal processing tools for analysis of Electrophysiological and Neuroimaging data.
Hagen Espen Dept. Mathematichal Sciences and Technology, UMB Norway
Email:
Research Area(s): Computational neuroscience, Large scale modeling, Electrophysiology
Research focus: Modeling and analysis of Local Field Potentials
Grossberg Stephen Dept. of Cognitive & Neural Systems, Center for Adaptive Systems, Boston University United States
Stephen Grossberg
Email: Phone:
617-353-7858/7 (Office)
Research Area(s): Computational neuroscience, Large scale modeling, Neuromorphic engineering, Brain machine interface, Electrophysiology, Clinical neuroscience
Research focus: My work develops models of how a brain gives rise to a mind, notably how brains adapt in real time to unpredictable environments, and transfers these new design insights and mechanisms to technology
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