bnni2015 summer school in neuroinformatics multiscale ... · computational neuroscience is the...
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BNNI2015 Summer School in Neuroinformatics
Multiscale computational neuroscience:
Neurons, networks and systems
Tartu, Estonia, 15.-18.6.2015
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Introduction to Neuroinformatics
Marja-Leena Linne
Tampere University of Technology, Finland
INCF National Node of Finland
Affiliated with:
European Institute of Theoretical Neuroscience, Paris, France
BioMediTech, University of Tampere, Finland
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• Big questions and challenges in brain research
• Neuroinformatics and how it can help neuroscience
• International Neuroinformatics Coordination Facility
• Future application areas of neuroinformatics
• Other large-scale brain research initiatives
Contents
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Big Questions in Brain Research
How does brain function?
What are the genetic, molecular, cellular, and network level
mechanisms that make the brain to
learn
remember
understand?
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How to cure brain disorders and diseases?
Asperger syndrome
Autism
Anorexia
Mood disorders
Epilepsy
Parkinson’s disease
Alzheimer’s disease
Big Questions in Brain Research
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Neurodegenerative diseases
• Alzheimer’s disease
• Parkinson’s disease
• Huntinton’s disease
• Common to all:
progressive loss of
structure or function
of neurons, including
death of neurons.
http://www.modernmedicalguide.com/alzheimers-disease/
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Structure of the Human Brain
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Cerebral Cortex: Structure and Function
Layers of cerebral cortex
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Cerebellar Cortex: Structure and Function
Layers of cerebellar cortex
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Frackowiak and Markram 2015
Spatial scaleTime scale
Str
uctu
re
Function
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Molecular level
Cellular level
Tissue level
Whole
brain level
International Neuroinformatics Coordination Facility
Measurement Techniques – Lots of Data!
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Neuroscience is increasingly fragmented
Results are compared in discussion sections,
but not quantitavely!
Different research groups use:
Different methods
Different brain areas
Different animals
Different levels of description
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Future neuroscience
Challenges:
• To integrate knowledge.
• To link data across different levels of brain organization.
• To transfer knowledge from animals to humans.
• To understand the underlying mechanisms of brain diseases.
Neuroscience has to become “big science” and use “big data”.
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NEUROINFORMATICS
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Goal of Neuroinformatics
Integration of information across all levels and scales of
nervous system – from genes to behaviour.
Neuroinformatics is a newly emerged field that stands at the
intersection of neural science and information science.
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INCF infrastructure will help facilitate the acquisition and annotation of diverse datasets
to achieve multiscale and multiomic data integration – from genes to behavior.
INCF ̶ International Neuroinformatics Coordination
Facility
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Mission of INCF
• Coordinate and foster international activities in neuroinformatics
• Contribute to development and maintenance of database and
computational infrastructure and support mechanisms for
neuroscience applications
• Enable access to all freely accessible data and analysis resources
for human brain research to the international research community
• Develop mechanisms for the seamless flow of information and
knowledge between academia, private enterprises and the
publication industry
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Training is one of the four strategic objectives
“Serve as a globally recognized leader for
the development and provision of training
and educational resources in
neuroinformatics”
INCF Strategy for 2016-20: Training
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• Established in 2010 after three preparatory workshops, which
produced reports on Needs for Training in Neuroinformatics:
http://www.incf.org/activities/teaching-and-training
• Members (8):
Chair: David Willshaw (UK)
Gary Egan (Australia)
Gaute Einevoll (Norway)
Arvind Kumar (Germany/Sweden)
Marja-Leena Linne (Finland)
Barry Richmond (USA)
Thomas Wachtler (Germany)
Mathew Abrams (INCF Sekreteriat)
INCF Training Committee
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1. Organizes 2-day Introduction to Neuroinformatics course
2. Part-funds international neuroinformatics-related courses
2011-14: 10 courses, 242 participants (€180.000)
3. Grants travel stipends for training
International NI courses
Visits to learn NI tools
4. Maintains online repository of neuroinformatics-related lectures, course materials, and tool demonstrations
videos at: https://www.youtube.com/user/INCForg/videos
5. Initiated INCFs involvement as mentoring organization in Google Summer of Code
A global program that offers students stipends to write code for open source projects
2011: 2, 2012: 6; 2013: 8; 2014: 13; 2015: 15.
Activities of the INCF Training Committee
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Munich 2012
Stockholm 2013
Leiden 2014
Cairns 2015Student
75%
Post doc15%
Faculty6%
Other4%
Total of 120 participants (54%)
received financial support (€18.872)
Short Course: Introduction to Neuroinformatics
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Subfields of Neuroinformatics
1.Neurobiology (fundamental, clinical)
2.Databases
3.Data analysis
a. Basic and advanced signal analysis, image
analysis
b. Visualization
4.Modeling (theoretical, data‐driven)
5.Simulation and computation (workflows)
6.Neuromorphic and neural engineering
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What is Neuroinformatics in Practise?
Develops standards and “good practises” for
Data acquisition and storage
Provenance (ownership and usage)
Sharing
Publishing
Analysis
Visualization
Modeling and simulation
Develops federated (multiple into single)
databases
Develops theoretical, computational, and
simulation tools for quantitative modeling
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Develop
methods to
ensure
interoperability
Develop
standardized
and
comprehensive
metadata
schemes
Are you willing to take
the time to prepare
your data for sharing?
Is there somewhere for
you to put your data?
Will it be possible to still
understand in the future?
Can I read your data?
If so, can I understand it?
(e.g., how it was acquired and
analysed?)
Develop
ontology and
automated
methods for
metadata
capture
Typical Situation in Neuroscience Research…
Develop
federated
database
systems
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INCF Database
Collaboration between researchers through the storage, sharing, and
annotation of neuroscience data, text, images, sounds, movies,
models and simulations.
Database architecture
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Databases and Ontologies: Challenges
How to make scientists to accept the idea of data sharing?
How to create citation system for experimental (and simulated) data?
How to present metadata of an experiment in an understandable,
machine-readable way?
How to combine multiple autonomous database systems into a single
federated (or virtual) database?
Ranjan et al., Front Neuroinform 2011Grewe et al., Front Neuroinform 2010
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Computational neuroscience and
neuroinformatics
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ResponseStimulus
Computational neuroscience is the field of study in
which mathematical tools and theories as well as
computer simulations are used to investigate brain
function.
It is an interdisciplinary science that links the diverse
fields of neuroscience, cognitive science, and
psychology with electrical engineering, computer
science, mathematics, and physics.
Top-down and Bottom-up models!
Multiscale Computational neuroscience
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• Integrate experimental data
• Describe neural systems
• Fit existing data
• Make predictions about the system behavior in new conditions
• Provide mechanistic understanding of the neural system
• Provide new ways to study brain diseases
• Provide principles to develop new technology (neuromorphic systems, control for robots)
How Do Computational Models Help?
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Applications:
From Integration of Data and Models to Clinical Neuroscience
Electrical high-frequency deep brain stimulation with humans:
Computational models are used for unlearning pathological neuronal
synchronization and synaptic coupling in Parkinson’s disease.
Peter Tass and colleagues
(Julich, Germany)
Measured brain
signalSimulation of desired
local activity
Comparison
(measured vs.
desired)
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Applications:
From Integration of Data and Models to Clinical Neuroscience
Work on Aplysia:
Computational models are used for prediction of training (stimulation) protocols for
impaired function of molecular networks associated with learning and memory
Rong-Yu Liu, Paul Smolen, John Byrne and colleagues
(Texas Medical School in Houston)
Patient-tuned stimulation therapy ?
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Applications:
Neuromorphic Engineering and Neurotechnology
How to create better technologies?
Intelligent toys
Intelligent devices
Autonomous cars
Robots
Neuroprostheses
Artificial Brain?
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Australian Brain Project
Japanese Brain ProjectChinese Brain Project
Other emerging brain projects
Large-Scale Brain Initiatives
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• Founder: Initiated in the US by non-profit organization.
• Aim: One Mind is a new-model non-profit organization that will
take the lead role in the research, funding, marketing, and public
awareness of mental illness and brain injury, by bringing together
the governmental, corporate, scientific, and philanthropic
communities in a concerted effort to drastically reduce the social
and economic effects of mental illness and brain injury within ten
years. With ONE MIND as the hub for open-source big data and
research, compelling the scientific, health care, and
pharmaceutical communities to collaborate completely for the
common good, we can decrease the time from research to
treatment/cure from 30 years to less than a decade.
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ONE MIND
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• Founders/Funding: Paul and Jody Allen
• Aim: to accelerate the understanding of how the human brain works in
health and disease. Using a big science approach, we generate useful
public resources, drive technological and analytical advances, and
discover fundamental brain properties through integration of
experiments, modeling and theory.
•
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Allen Brain Institute
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• The Human Brain-Project is a 10-year European initiative to launch a global, collaborative effort to understand the human brain.
• Officially launched 1 October, 2013
• 112 partner institutions, 24 countries
• Funding:
• €74M for the first 30 months
• €1 billion for 10 years
EU FET Flagship Human Brain Project
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• To create the ICT infrastructure for
neuroscience and brain-related
research in medicine and computing.
• To build and simulate multiscale brain
models at different levels of detail.
The Goal of the Human Brain Project
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SP1 - Strategic Mouse Brain Data
SP2 - Strategic Human Brain Data
SP3 - Cognitive Architectures
SP4 - Theoretical Neuroscience
SP5 – The Neuroinformatics Platform
SP6 – The Brain Simulation Platform
SP7 – The High Performance Computing Platform
SP8 – The Medical Informatics Platform
SP9 – The Neuromorphic Computing Platform
SP10 – The Neurorobotics Platform
SP11 – Applications
SP12 - Ethics and Society
SP13 - Management
EXPERIMENTAL DATA
MODELS OF NEURAL
SYSTEMS
(LINK BETWEEN DATA
AND TOOLS)
INFORMATICS TOOLS
FOR NEUROSCIENCE
Organization of the HBP: Subprojects
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Neuroinformatics aims at bringing
all data measured from the brain
publicly available to help understand
brain functions in health and disease
Data analyses
Data visualization
Publishing
Mathematical
modeling
Data sharing
Computer
simulation
Education
and Training
Searching data
and information
Repeating experiments
Presenting new questions
and hypotheses
Summary