1.
A 3 year postdoctoral fellowship in Multimodal Imaging at NORMENT is
currently available. NORMENT is a Norwegian Centre of Excellence, and
coordinates a translational multicenter study involving all University
hospitals in Oslo and several groups at the Universities of Oslo and
Bergen. The main aims are to disentangle the neurobiological, genetic,
psychological and environmental factors contributing to the development
of severe mental disorders. Through our extensive infrastructure for
clinical evaluations, cognitive testing, MRI and biobanking we are
assembling a comprehensive database comprising healthy controls and
patients suffering from schizophrenia and bipolar disorders. NORMENT is
directly involved in several large-scale international collaborative
efforts, to which the successful candidate is expected to contribute.
http://tinyurl.com/pu6hug2
* Job description
The postdoctoral fellow will play a central role in the analysis and
dissemination of data from a large imaging genetics database, in
particular focusing on developing and applying methods for integrating
multimodal imaging (sMRI, DTI, fMRI) and genetics. The work will be
carried out as part of a cross-disciplinary team in close collaboration
with the NORMENT Biostatistics and Genetics groups, and researchers at
the Oxford FMRIB Centre (
http://www.fmrib.ox.ac.uk), University of
California, San Diego (
http://mmil.ucsd.edu), and deCODE genetics,
Iceland. The position is funded through an extended career grant from
the Norwegian Health Authorities.
* Qualifications
The successful candidate is ambitious and highly motivated for pursuing
a research career, holds a PhD in neuroimaging, computational or
cognitive neuroscience, biomedical engineering, biostatistics, or
equivalent, has a strong background and interest in neuroscience,
genetics, MRI analysis or biostatistics, and a strong publication
record. Previous experience with imaging genetics or brain network and
connectivity analysis is an advantage. Proficiency in shell scripting,
Matlab, R, python or similar programming languages or software tools is
required.
* The application
Applications are submitted through the Oslo University Hospital online
recruitment system and must include application letter including
motivation for applying for the position, CV summarizing education,
relevant work experience, grants etc, a complete list of publications
and academic work, and contact details of 2-3 references.
Application deadline: July 15 2015
For any informal enquiries regarding the position, please do not
hesitate to contact group leader Lars T. Westlye
(l.t.westlye(a)psykologi.uio.no).
http://tinyurl.com/pu6hug2
----
Lars T. Westlye, PhD
Senior Researcher, Head of Multimodal Imaging Group
NORMENT CoE, KG Jebsen Centre for Psychosis Research, Oslo University
Hospital, Oslo, Norway
Associate Professor II
Department of Psychology, University of Oslo
Email: l.t.westlye(a)psykologi.uio.no | Phone: +47 971 63 221
==============================================================
2.
Postdoctoral Fellowship at Duke-National University of Singapore
Multimodal Neuroimaging in Neuropsychiatric Disorders Laboratory, Center
for Cognitive Neuroscience at Duke-NUS Graduate Medical School, National
University of Singapore is looking for postdoctoral fellow in cognitive
neuroscience and/or multimodal neuroimaging.
Our group studies the human neural bases of social-emotion, cognition,
and memory functions and the associated vulnerability patterns in
neuropsychiatric disorders, including neurodegenerative diseases
(focusing on AD, FTD and preclinical stages) and Schizophrenia.
Multimodal neuroimaging and psychophysical techniques are employed,
including magnetic resonance imaging (MRI), functional MRI, diffusion
tensor imaging, and electroencephalography (EEG). We are interested in
developing computational methods to examine the network-level structural
and functional brain connectivity to shed light on the neurobiological
mechanism of disease, paving the way for early detection and intervention.
Candidates must have a passionate enthusiasm for research, a strong
background in one of the following fields: computational neuroscience,
cognitive neuroscience, neuropsychiatric disorders, neuroimaging
analyses, mathematics/statistics/machine learning or related-fields.
He/she should also possess the ability to take the initiative, work
independently and be motivated to work in a highly collaborative and
international research environment, and be able to demonstrate
creativity, technical independence and excellent communication skills.
Strong interest in studying dynamic functional connectivity and its
relationships with cognition and disease would be a plus. Proven skills
in fMRI/EEG/DTI data analyses is a plus but not necessary.
Key attractions are access to a 3T Prisma MR scanner and a MR compatible
digital EEG system as well as collaboration opportunities with an
excellent network of domestic and international scientists and doctors.
The position will be two years with possible extension. Competitive
package will be provided based on experience.
Interested applicants are welcome to email Assistant Prof. Helen Juan
Zhou at helen.zhou(a)duke-nus.edu.sg with application letter, curriculum
vitae, three references, and contact information. Website:
https://sites.google.com/site/mneuroimaginglab/;
http://www.duke-nus.edu.sg/content/zhou-juan-helen
===========================================
3.
MRC PhD studentship
Doctoral Training Programme, University of Nottingham.
Supervisors:
Sue Francis, Sir Peter Mansfield Imaging Centre
Denis Schluppeck, School of Psychology
We are looking to recruit a highly motivated PhD student to study
"Somatotopic maps and their renormalisation in patients". The project
will combine state-of-the art anatomical and functional MRI at 7 T and
advanced data analysis methods. In particular, we aim to measure (a) the
topographic organization of human somatosensory cortex (at the scale of
a millimetre), (b) the relationship of these maps to columnar and
laminar structures (which are fractions of a millimetre), and (c) how
these structures are re-organized over time (plastically) in the brains
of patients with sensory loss.
Our group has recently been awarded a £690,000 collaborative MRC grant
to develop this work using 7 T MRI, so the student will be able to
benefit from our clinical and non-clinical collaborations at Nottingham,
Liverpool, Gothenburg, Aix-Marseille, and North Carolina.
Candidates should hold a degree in a relevant field such as
neuroscience, psychology, physiology, physics, computer science or a
related discipline. We are looking for a highly motivated individual
with a general interest in sensory perception, attention and/or decision
making. Candidates should have excellent quantitative skills, including
a background in computing (preferably Matlab or C/C++), as well as
mathematical and technical skills. Experience with neuroimaging, in
particular acquisition and analysis of functional MRI data, is a plus.
This is a 3-year funded position available from the 1st of September
2015 and the person appointed will be expected to start no later than
1st October 2015. Standard Research Council stipend rates will apply
(£14,210 in 2015/16).
Informal enquiries may be addressed to Dr Susan Francis, [Email:
susan.francis(a)nottingham.ac.uk] or Dr Denis Schluppeck [Email:
denis.schluppeck(a)nottingham.ac.uk].
Further details about the Sir Peter Mansfield Imaging Centre and the
School of Psychology are available at:
http://www.nottingham.ac.uk/psychology and
http://www.nottingham.ac.uk/research/groups/spmic/
===================================================
4.
Location: School of Psychology, University of Kent, Canterbury
Salary: £32,277 to £45,954
Hours: Full Time
Contract Type: Permanent
Closes: 21st June 2015
Are you passionate about cognitive psychology or cognitive neuroscience?
Do you have the academic skills to challenge thinking, foster debate and
develop the ability of students to engage in critical discourse and
rational thinking?
As a Lecturer in the School of Psychology, you will provide research,
teaching, supervision and related administration to enhance the student
experience in this subject area.
This position is offered on an ongoing and full time basis.
As Lecturer in Cognitive Psychology/Cognitive Neuroscience you will:
-Undertake research both independently and collaboratively
-Train and support students and colleagues in the use of specialist
equipment, programming and analysis
-Contribute to core teaching on the undergraduate and MSC Psychology
programmes
As Lecturer in Cognitive Psychology/Cognitive Neuroscience you will have:
-A PhD in Psychology, Neuroscience or a cognate discipline
-Successful completion of world-leading and internationally excellent
research
-Evidence of methodological expertise (e.g. TMS, EEG, eye-tracking)
-Evidence of the ability to obtain competitive research grants from UK
research councils/other international sources
If you have the skills and experience we are looking for, this role
provides a great opportunity to develop your academic career in a
supportive and collegiate environment.
School of Psychology
The School of Psychology at the University of Kent is consistently rated
in the top 20 of UK course providers.
Based upon factors such as entry standards, student satisfaction,
research assessment and graduate prospects, Psychology at Kent ranked
13th in the 2015 Complete University Guide, 14th in the 2015 Guardian
University Guide, and 19th in the 2015 Sunday Times/Times Good
University Guide.
Our research has four key themes: cognition and neuroscience;
developmental psychology; forensic psychology; and social psychology. In
all these fields, we have an excellent record of attracting external
research funding and postgraduate students and in recent years the
School has won funding from the ERC, ESRC, MRC, Leverhulme Trust,
British Academy, Nuffield Foundation, Department of Trade and Industry,
Age UK, People United, the Higher Education Academy, the Big Lottery
Fund, Department of Communities and Local Government, the Ministry of
Justice, and HM Prison Service.
For more details, and to apply, click here:
https://www11.i-grasp.com/fe/tpl_kent01.asp?newms=jj&id=39101&aid=1…
===========================================
5.
One-year neuroimaging postdoc on learning and decision-making
http://www.reading.ac.uk/about/jobs/about-job-details.aspx?vacancy_id=10465…
--
Dr Anastasia Christakou
Centre for Integrative Neuroscience & Neurodynamics
School of Psychology & Clinical Language Sciences
University of Reading
anastasia.christakou.org
==========================
6.
Two positions are available for Postdoctoral Fellows in the lab of Dr.
Matilde Inglese, Department of Neurology at the Icahn School of Medicine
at Mount Sinai Hospital in New York city.
The ideal candidates would hold a Ph.D. degree in Medical Physics,
Biomedical Engineering, or a related field. These positions requires
experience in the acquisition and analysis of structural/functional MRI
data and/or MR spectroscopy data. Candidates should be highly motivated
and interested in working in an interdisciplinary environment. Strong
written and oral English communication skills are required.
Details for each position can be found in the attached documents.
Applicants should send a cover letter describing research experience and
interests, as well as an up-to-date curriculum vitae, and contact
information for three references to Matilde Inglese, M.D., Ph.D., by
email: matilde.inglese(a)mssm.edu.
Potential applicants can contact me during the OHBM meeting or by email
(catarina.saiote(a)mssm.edu) to find out more about the role.
Best,
Catarina Saiote, PhD
Postdoctoral Fellow
Department of Neurology
Icahn School of Medicine at Mount Sinai
Phone:212-824-9320
http://icahn.mssm.edu/research/labs/inglese-laboratory
===============================
7.
Research Associate Position in Cambridge (UK)
Applicants should have a PhD degree with a strong background in
neuroimaging and neuroscience to join the Drug Addiction Research group
on 1 October 2015 for at least 2 years. The group focuses on functional
and structural brain abnormalities associated with the risk of and
resilience to drug addiction, and the effects that chronic drug exposure
has on the brain.
Proficiency with Python, Matlab, or R languages, and other neuroimaging
analysis software (e.g. FSL, AFNI, SPM, etc.) and experience with fMRI
and DTI analyses are expected. In order to maximise the research outputs
from the data, a demonstrated interest in researching, developing,
applying and interpreting novel analysis methods is highly desirable.
Closing date 15 June 2015 Start date 01 October 2015 Website
http://www.jobs.cam.ac.uk/job/7027/
Salary
£28,695-£37,394
Category
Human Neuroimaging Research
Reference Number
RN06116
Informal enquiries may be directed to
Dr Karen Ersche via email to ke220(a)cam.ac.uk.
===================================
8
Open position: Postdoctoral Research Associate in Computational Neuroimaging
This is a two years position, renewable for longer term based upon
performance and productivity. Review of applicants will begin on August
1st, 2015, and will continue until the position is filled.
The successful candidate will contribute to research in the
Computational Neuroanatomy and Neuroinformatics Lab (CNN Lab) of the
Biomedical Engineering Department at New Jersey Institute of Technology.
The Lab focuses on development and implementations of analytic and
statistic models for providing quantitative biological criteria that
help diagnosis of cognitive deficits, by integrating high-dimensional
multi-modal neuroimaging, clinical and behavioral data and refined
imaging analysis and multivariate machine learning techniques. The
collaborative research team includes renowned quantitative and clinical
scientists affiliated at New Jersey Institute of Technology, Rutgers
University, Icahn School of Medicine at Mount Sinai, City University of
New York, and Albert Einstein College of Medicine. The multiple
neuroimaging modalities involved in the lab includes structural MRI,
DTI, task-based and resting-state fMRI and functional near-infrared
spectroscopy (fNIRS). The study population greatly focuses on children
with Attention Deficit/Hyperactivity Disorder (ADHD), Autism Spectrum
Disorder (ASD), Mood Disoder (MD), and Traumatic Brain Injury (TBI).
Qualifications of candidate:
A PhD degree in biomedical engineering, electrical and computer
engineering, computer science, mathematics, statistics, computational
neurosciences or a related quantitative field
Research experiences in analyses of neuroimaging data collected
from any of the following modalities: structural MRI, DTI, fMRI, fNIRS,
and EEG/ERP
Strong programming skills in any of the following languages:
Matlab, C/C++, Python, Shell Scripts, R, SAS, and extensive knowledge on
Unix/Linux operating systems
Candidates with strong experience on machine learning, pattern
classification, regression methods, or sparse representation are
particularly encouraged to apply.
Additional qualifications include ability to work well in a
multidisciplinary, highly collaborative research team; interest in
translational research between neuroscience, computational models, and
clinical populations, and s strong record or potential for scholarly
productivity.
Contact: Please email your CV, statement of research interests and
career goals, and copies of representative publications in a single PDF
document to:
Dr. Xiaobo Li
Associate Professor of Biomedical Engineering
Director of the Computational Neuroanatomy and Neuroinformatics Lab (CNN
Lab)
New Jersey Institute of Technology
xiaobo.li(a)njit.edu
=====================================================
9.
Open position: PhD student in Computational Neuroimaging
Application Due: October 1st, 2015
Starting date: 2016 Spring Semester
The successful candidate will contribute to research in the
Computational Neuroanatomy and Neuroinformatics Lab (CNN Lab) of the
Biomedical Engineering Department at New Jersey Institute of Technology.
The Lab focuses on development and implementations of analytic and
statistic models for providing quantitative biological criteria that
help diagnosis of cognitive deficits, by integrating high-dimensional
multi-modal neuroimaging, clinical and behavioral data and refined
imaging analysis and multivariate machine learning techniques. The
collaborative research team includes renowned quantitative and clinical
scientists affiliated at New Jersey Institute of Technology, Rutgers
University, Icahn School of Medicine at Mount Sinai, City University of
New York, and Albert Einstein College of Medicine. The multiple
neuroimaging modalities involved in the lab includes structural MRI,
DTI, task-based and resting-state fMRI and functional near-infrared
spectroscopy (fNIRS). The study population greatly focuses on children
with Attention Deficit/Hyperactivity Disorder (ADHD), Autism Spectrum
Disorder (ASD), Mood Disoder (MD), and Traumatic Brain Injury (TBI).
Candidate Requirements: The candidate should have a Master’s degree in
biomedical engineering, electrical and computer engineering, computer
science, mathematics, physics, computational neurosciences or a related
discipline. Expertise in brain imaging and/or programming is highly
preferred.
Tasks of the PhD student: To work in collaboration with clinical and
engineering departments for the development and application of new
methodologies; to analyze complex multi-modal and longitudinal
neuroimaging and clinical data; to participate in MRI data acquisition,
manuscripts writing.
Programming Languages and Toolboxes employed in the lab: Matlab, C/C++,
Python, Shell Scripts, R, SAS, FSL, FreeSurfer, SPM, AFNI, etc.
Operating Systems employed in the lab: Linux based high performance
parallel computing system.
Contact: The candidature (Research Statement, CV, copies of the
transcript and diploma) goes to:
Dr. Xiaobo Li
Associate Professor of Biomedical Engineering
Director of the Computational Neuroanatomy and Neuroinformatics Lab (CNN
Lab)
New Jersey Institute of Technology
xiaobo.li(a)njit.edu
======================================
10.
The Charitable Foundation P&K Pühringer together with the Universities
of Zurich and Geneva is inviting
applications for Ph.D. and postdoc positions to study the practical
implications of neuroeconomic theory
and the neuroscience of learning in investment and wealth management. We
seek outstanding young
researchers as of August 2015:
• 2 Post Doctoral Fellows in Neuroeconomics with experience in
neuroimaging and/or
computational models of decision making
• 1 PhD Student in Neuroeconomics
• 1 Post Doctoral Fellow in data analysis and machine learning
Successful applicants will have joint appointments at the Universities
of Zurich or Geneva and the Asset
Management company ZZ Vermögensberatung (Schweiz) AG in Vitznau,
Switzerland. The positions will
be located at the RIC in Vitznau which offers a unique combination of a
strong financial investment
group and state-of-the-art neuroscientific methodologies as well as
close links to the cereneo
neurorehabilitation clinic which is housed under the same roof. The
latter focuses on the neural
processes underlying learning and recovery after brain lesions.
We offer:
• For postdocs, 2 year appointment renewable upon good performance
up to 5 years.
• State of the art neuroimaging, including 3T Philips Ingenia MRI,
brain stimulation lab, and more
• The opportunity to develop application-driven research at the
intersection of finance and
neuroscience
• Interdisciplinary research evironment including experts in
finance, neuroscience and neurology
as well as finance professionals
• Workplace in an attractive environment, located in one of the
most beautiful regions of
Switzerland
We expect:
• Strong background in Neuroeconomics / Neurofinance and data
analysis, respectively, with
above average track record
• Willingness for independent and interdisciplinary work in
unconventional, creative ways
• Good communication skills
• Commitment to a multi-year research project allowing development
of own research ideas
Applications should include a letter of motivation, CV, list of
publications (with key pubilcations marked)
as well as the names and addresses (including email) of two references.
Please send applications in electronic form to Kai.Lutz(a)cereneo.ch or in
paper form to cereneo AG, Dr.
Kai Lutz, Seestrasse 18, 6354 Vitznau, Switzerland. The deadline for
application is July 15, 2015.
Outstanding late applications may be considered.
=================================
11.
We are looking for a PHD Student. Please read all détails :
TEAM HOME
Thematic : Neurosciences
Team name: Institute for Memory and Alzheimer’s Disease
Team Home Manager Supervisor Harald Hampel HAMPEL Harald(PU)
Title of the research unit: : Institut du Cerveau et de la Moelle
Épinière (ICM), INSERM
Name of Director : Alexis Brice
PROPOSED TOPIC
Title :
Structural, Functional and Effective Connectivity of AD Related Neural
Networks
Project :
Applications are invited for a fully funded PhD position (3 years) at
the Pierre and Marie Curie University
(Université Pierre et Marie Curie (Paris 6), UPMC, Paris, France), at
the Doctoral School of Brain, Cognition,
Behavior (Ecole Doctorale Cerveau-Cognition-Comportement, “ED3C”).
The UPMC, part of the Sorbonne Universities, is the leading University
in France in the area of science,
technology, and medicine and among the leading universities in the
world. The scientific policy of the “ED3C” is
strongly characterized by its multidisciplinary nature and its
commitment towards both human sciences and
mathematical disciplines.
Objectives :
The PhD will be involved in the investigation of structural,
functional and effective connectivity of neural
network models related to Alzheimer’s disease (AD), such as the limbic
system (especially the hippocampal
formation, the amygdala, and the entorhinal cortex) and the basal
forebrain cholinergic system using both
Magnetic Resonance Imaging (MRI) and functional Magnetic Resonance
Imaging (fMRI) including advanced
tractography methods. The associations between brain pathology and
indices of functional and structural
connectivity are expected to help our understanding of the role of
specific neural networks and their connectivity
in brain function in healthy aging and neurodegenerative disease.
The PhD student will be involved in the study of the multi-modal
nature of specific neural networks – both
in the structural and the functional domains and how these two
components interact with each other – along with
the staging spectrum of AD (from preclinical to prodromal to
dementia). To this aim, he/she will have access to
different landmark clinical cohorts and datasets of patients including
the INSIGHT, SOCRATES, and EDSD
cohorts.
The PhD student will be involved in the exploration of the various
uses that structural and functional
neuroimaging biomarkers can play in detecting, diagnosing, assessing
treatment response and in investigating
neurodegenerative diseases with a special emphasis on AD.
The successful applicant will work under the supervision of the AXA
Research Fund and UPMC Chair,
Prof. Harald Hampel, located at the Institute for Memory and
Alzheimer’s Disease (IM2A) and the Brain & Spine
Institute (Institut du Cerveau et de la Moelle Épinière, ICM), Paris,
the leading French Institute on brain research,
centrally located within the Pitié-Salpêtrière University Hospital –
Charles Foix. The Brain & Spine Institute
(
http://icm-institute.org/menu/actualites) is a widely renowned
research centre of excellence of international
dimensions. It brings together motivated scientists from various
horizons and countries in order to develop
innovative and cutting-edge research in the area of Neuroscience.
Research teams work at the Brain & Spine
Institute independently but are strictly interconnected through
cross-disciplinary research programs (both basic
and clinical), thus encouraging the amalgamation of different skills.
The multidisciplinary approach to
Neuroscience (Neurobiology, Neurochemistry, Neurogenetics,
Neuropsychology as well as structural / functional /
diffusion / molecular Neuroimaging) taken by the Brain & Spine
Institute represents a vital and dynamic advance
in research.
Background
There is growing evidence that brain activity supports complex
cognitive function that occurs within large-
scale brain networks rather than within single isolated brain regions.
For the definition of connectivity of brain
activity between brain regions, two major concepts have been applied
(Horwitz, 2003). The first concept refers to
functional connectivity, i.e., the correlation between neuronal
changes within one brain region related to another
(Friston, 1998). Functional connectivity has been applied to explore
the correlative pattern of brain activity (Bokde
et al., 2006; 2001). In contrast, effective connectivity refers to the
causal influence of one brain region’s activity on
another where that direction of influence can be explicitly modelled
(Ramnani et al., 2004). Furthermore, global
[rather than local] network properties may be characterized, using
graph theory to describe the properties of a
network’s architecture in terms of efficiency or connectedness
(Bullmore & Sporns, 2009).
In recent years, more and more centers have successfully begun
employing formal network analyses as
biomarkers of neurodegenerative diseases (Hampel et al., 2014; 2012;
Horwitz & Rowe, 2011). Actually, current
understanding of the effects of focal damage on neural networks is
rudimentary, even though such understanding
could provide greater insight into important neurological and
neurodegenerative diseases (Bokde et al., 2008;
2006). AD is characterized by early, non-linear dynamic, chronically
progressive cellular and molecular2
mechanisms (protein misfolding) leading to neurodegeneration that
translates clinically into multi-domain
cognitive and behavioral decline, psychopathological disturbances with
subsequent loss of function to perform
day-to-day tasks and ultimately total loss of independence. Findings
derived from neuroimaging studies of both
the structural and functional organization of the human brain have led
to the widely supported hypothesis that
neural networks of temporally coordinated brain activity across
different regional brain structures underpin
cognitive function. Thus, a failure of the regions of a network to
interact at a high level of coordination may
underpin progressive cognitive decline which is present in AD (Bokde
et al., 2009).
The breakdown of network function may be due to interaction failure
among the regions of a network,
which is denoted the disconnection hypothesis (Friston, 1998). In
other words, a disruption in the temporal-
spatially coordinated activity among different regions in the brain
rather than isolated changes in specific brain
regions may underlie cognitive impairment in AD. The breakdown is
thought to be due to progressive AD
pathophysiology with underlying molecular mechanisms leading
downstream to neuronal and synaptic
dysfunction and ultimately to neuronal loss. Such AD-characteristic
structural and functional alterations are
hypothesized to reflect at least partially the progressive impairment
of fiber tract connectivity and integrity (Stoub
et al., 2006; Morrison & Hof, 2002), suggesting that the disconnection
in AD is evident at both the functional and
structural level. Notably, the multi-modal nature of networks should
be examined, i.e., both the structural and
functional components that define a network. Given the substantial
changes that the brain undergoes with the
presence of AD-related pathophysiology, these alterations will
manifest themselves not only in the functional and
structural modules but also in how the changes in the two domains
interact with one another (Teipel et al.,
2007a). Neuroimaging biomarkers will need to be developed and analyzed
crossectionally and longitudinally in
terms of underlying brain networks rather than in terms of individual
regions (Horwitz & Rowe, 2011).
Overall, the current discussion on AD argues that it presents in part
a dynamically progressive structural,
functional and metabolic disconnection syndrome that may undergo
distinct stages from potentially reversible
adaptation to functional compensation to irreversible decompensation.
Studies using fMRI (Bokde et al., 2008;
2006) and electroencephalography (Jelles et al., 2008; Babiloni et
al., 2006) demonstrate that synchronicity of
brain activity is altered in AD and correlates with cognitive
deficits. Moreover, recent advances in diffusion tensor
imaging (DTI) to examine white matter microstructural changes have
made it possible to track axonal projections
across the brain, revealing substantial regional impairment in
fiber-tract integrity in AD (Teipel et al., 2011; Teipel
et al. 2007b).
This work will substantially help develop biomarkers for early
detection, prediction and progression of AD
and will support the discovery and validation of markers that map the
effects of disease modifying therapies on
the brain, ultimately providing much needed surrogate biological markers.
Key references
Horwitz B. (2003). Neuroimage 19:466–470.
Friston KJ. (1998). Schizophr Res 30:115–125.
Bokde ALW et al. (2006). Brain 129:1113–1124.
Bokde ALW et al. (2001). Neuron 30:609–617.
Ramnani N. et al. (2004). Biol Psychiatry 56:613–619.
Bullmore E & Sporns O (2009). Nat Rev Neurosci 10:186–198.
Hampel et al. (2014) Biochem Pharmacol 88:426-449.
Hampel et al. (2012) Alzheimers Dement 8:312-336.
Horwitz B & Rowe JB (2011). Prog Neurobiol 95:505-509.
Bokde ALW. et al. (2008). Psychiatr Res Neuroimaging 163:248 259.
Bokde ALW et al. (2009). Prog Neurobiol 89:125–133
Stoub TR et al. (2006). Proc Natl Acad Sci USA 103:10041–10045.
Morrison JH & Hof PR (2002). Prog Brain Res 136:467–486.
Teipel SJ et al. (2007a). Brain 130:1745–1758.
Jelles B et al. (2008). Clin Neurophysiol 119:837–841.
Babiloni et al. (2006). Brain Res Bull 69:63–73.
Teipel SJ et al. (2011) Hum Brain Mapp 32:1349-1362.
Teipel SJ et al. (2007b). Neuroimage 34:985–995.
Requirements
The ideal candidate is expected to have a robust academic and science
background. A preference will be
given to students with profound knowledge in neuroscience,
neuroimaging data analysis, applied mathematics,
biostatistics, or computer science at the master’s level. Candidates
demonstrating competencies on structural
and functional MRI methods, knowledge and experience with MRI-related
data analysis packages (SPM, Matlab,
Freesurfer, AFNI), statistical softwares (e.g., SPSS or R), and
programming skills (e.g.,
MATLAB, Python, C++)
will have a strong advantage. The candidate has to be fluent both in
written and spoken English. The position is
expected to begin in October 2015. Applications should include a full
Curriculum Vitae and a Cover Letter
detailing the applicant’s interest and motivation for this position.
Two letters of academic reference, assessing the
applicant’s skills, research and learning potential, ability to team
work and personality, should be sent
independently by the referees. Applications together with all
documents, including reference letters, should be
submitted electronically to:
e.mirassou-ihu(a)icm-institute.org with reference to “PhD position" in the
E-mail header.
Applications must be received within the 30th of June 2015.
Best,
--
Elodie Mirassou
Assistante du Professeur Harald Hampel, MD, PhD, MA, MSc
AXA Research Fund & UPMC Chair
Sorbonne Universities
Université Pierre et Marie Curie - Paris 6
Institut de la Mémoire et de la Maladie d’Alzheimer &
Institut du Cerveau et de la Moelle épinière (ICM)
Département de Neurologie
Pavillon François Lhermitte
Hôpital Pitié Salpêtrière
47 Boulevard de l’hôpital
75651 Paris CEDEX 13
Phone: + 33 (0) 1 42 16 75 21 (office)
Email: e.mirassou-ihu(a)icm-institute.org
--
Elodie Mirassou
Assistante du Professeur Harald Hampel, MD, PhD, MA, MSc
AXA Research Fund & UPMC Chair
Sorbonne Universities
Université Pierre et Marie Curie - Paris 6
Institut de la Mémoire et de la Maladie d’Alzheimer &
Institut du Cerveau et de la Moelle épinière (ICM)
Département de Neurologie
Pavillon François Lhermitte
Hôpital Pitié Salpêtrière
47 Boulevard de l’hôpital
75651 Paris CEDEX 13
Phone: + 33 (0) 1 42 16 75 21 (office)
Mobile: + 33 (0) 6 95 51 63 55
Email: e.mirassou-ihu(a)icm-institute.org
Email : mirassou.elodie(a)gmail.com
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12.
Research /Postdoctoral position
Full-Time Regular Position (1.0 FTE)
Start Date: July 1 (negotiable)- Located in Eugene, Oregon
Description of Project: Relation of Consummatory and Anticipatory Food
Reward to Obesity (Project Milkshake) and An fMRI Test of the Dynamic
Vulnerability Model of Obesity: Risk Factor Plasticity (The Chocolate Study)
Purpose of Position: The Research /Postdoc will participate as an active
partner in conceptualizing, designing, and planning neuroimaging
research projects. Participate in ongoing decisions regarding design,
data analysis, data collection, and methodology. Conceptualize and
perform pre-processing and analysis of fMRI data. Assist with running
fMRI scans. Act as co-author or may take a lead role on research
publications. Prepare and present findings at conferences. Suggest,
plan, and implement pilot studies. Collaborate with researchers from
other institutions.
Position Requirements:
I Knowledge, skills and abilities: Demonstrated knowledge of
procedures and protocols for conducting all aspects of fMRI research
projects. Must have a thorough knowledge of the extant literature in
fMRI research. Demonstrated ability to communicate effectively in
writing, as shown by having published articles in professional journals.
Ability to supervise the work of other research staff. Excellent oral
and written communication skills, including public speaking. Ability to
work effectively with diverse people of racial, cultural and ethnic
backgrounds valued. Must have good interpersonal skills. Demonstrated
grant writing ability desirable. Must be able to work flexible hours
and/or increase hours during critical phases of a project.
II Experience and training: Ph.D. in social or behavioral
science with four (4) years of increasingly responsible research
experience with neuroimaging and neuroimaging analysis, or any
equivalent combination of education and experience which provide the
applicant with the knowledge, skill, and ability to perform the job.
Experience in the preparation of manuscripts for publication. Working
knowledge of statistical procedures and program packages to perform fMRI
preprocessing and data analysis. Experience working with individuals
from diverse cultural, ethnic and racial backgrounds valued.
III Personal traits and characteristics: Must be able to work
effectively with others, value working in a collaborative environment.
Successful candidates will be reliable, able to meet project
obligations, and have good self-management skills that enable them to
accomplish activities within project time constraints. Must be able to
interact comfortably with individuals from different socioeconomic
classes and cultures. Must be discreet and willing to adhere to the
principals of confidentiality governing research work and the ORI
computer acceptable use policy.
Apply at
http://ori.applicantpool.com/jobs/
Visit our website at
http://www.ori.org/
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