- ynic-users

YNiC seminar today (external speaker)
by rem 24 Aug '11

24 Aug '11

Dear Users Today (4-5 pm in YNiC) there will be a talk by Dr. Peter van Zijl from Johns Hopkins University and the Kennedy Krieger Institute. http://www.kennedykrieger.org/kki_staff.jsp?pid=1064 The title of Dr van Zijl's talk is "Chemical Exchange Saturation Transfer (CEST) contrast agents". Please see below for the talk abstract. Everyone is welcome to attend and refreshments will be provided after the talk. Best wishes Rebecca Abstract: CEST agents1,2 exploit exchangeable protons to achieve contrast in MRI. This can be accomplished by using radiofrequency saturation at the NMR frequency of these protons and monitoring of the transfer of this saturation to the water protons imaged in MRI. When continuous saturation is applied, strong sensitivity enhancements (factors of hundred to hundreds of thousands depending on the protons) can be attained to image micromolar compounds. CEST agents have been broadly classified in terms of containing paramagnetic metals (paraCEST) or not (diaCEST). The main characteristic of diaCEST agents is that the chemical shift range of their exchangeable protons is limited to a range of approximately 6-7 ppm positive with respect to the water signal, which can be extended by another 6-7 ppm through hydrogen bonding of the exchangeable site. Currently, protons used for diaCEST include OH (hydroxyl, ~0-3ppm from water), NH2 (amine ~0-3 ppm from water), NH (amide, ~3- 4ppm from water; imino, ~5-7ppm from water). The main compounds are carbohydrates (sugars), peptides and proteins, and nucleic acids, which is important to mention because these are natural bio-organic substances. MRI is an insensitive method and, contrary to PET and optical approaches, the application of contrast agents often requires physiologically incompatible (micromolar-millimolar) concentrations. Unlike paramagnetic metallic contrast agents, diaCEST provides natural, non-metallic labels. As a consequence, this methodology has already allowed the use of many agents in vivo in animals, while endogenous markers such as cellular peptides and sugar derivatives are even been studied in humans. Recent data suggest that amide proton transfer (APT) may provide a biomarker for separating tumor recurrence from treatment necrosis in the brain. ^3 In this presentation, an overview will be given of current diaCEST agents as well as of their applications and pitfalls. Based on its non-invasive character, diaCEST is expected to revolutionize the rapid translation of contrast agents to the clinic. The field is evolving rapidly and many novel exogenous agents and endogenous markers are expected to be discovered in the near future. Reference: 1) Ward KM et al. J Magn Reson 2000;143:79–87. 2) van Zijl PC, Yadav NN. Magn Reson Med. 2011;65(4):927-48. 3) Zhou J. et al. Nat Med. 2011;17(1):130-4. -- ************************************************************************ Dr. Rebecca E. Millman Science Liaison Officer York Neuroimaging Centre The Biocentre York Science Park Heslington YO10 5DG Tel: +44 (0) 1904 567614 Fax: +44 (0) 1904 435356

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YNiC seminar 24th August
by rem 22 Aug '11

22 Aug '11

Dear Users This *Wednesday* (4-5 pm in YNiC) there will be a talk by Dr. Peter van Zijl from Johns Hopkins University and the Kennedy Krieger Institute. http://www.kennedykrieger.org/kki_staff.jsp?pid=1064 The title of Dr van Zijl's talk is "Chemical Exchange Saturation Transfer (CEST) contrast agents". Please see below for the talk abstract. Everyone is welcome to attend and refreshments will be provided after the talk. Best wishes Rebecca Abstract: CEST agents^1,2 exploit exchangeable protons to achieve contrast in MRI. This can be accomplished by using radiofrequency saturation at the NMR frequency of these protons and monitoring of the transfer of this saturation to the water protons imaged in MRI. When continuous saturation is applied, strong sensitivity enhancements (factors of hundred to hundreds of thousands depending on the protons) can be attained to image micromolar compounds. CEST agents have been broadly classified in terms of containing paramagnetic metals (paraCEST) or not (diaCEST). The main characteristic of diaCEST agents is that the chemical shift range of their exchangeable protons is limited to a range of approximately 6-7 ppm positive with respect to the water signal, which can be extended by another 6-7 ppm through hydrogen bonding of the exchangeable site. Currently, protons used for diaCEST include OH (hydroxyl, ~0-3ppm from water), NH2 (amine ~0-3 ppm from water), NH (amide, ~3- 4ppm from water; imino, ~5-7ppm from water). The main compounds are carbohydrates (sugars), peptides and proteins, and nucleic acids, which is important to mention because these are natural bio-organic substances. MRI is an insensitive method and, contrary to PET and optical approaches, the application of contrast agents often requires physiologically incompatible (micromolar-millimolar) concentrations. Unlike paramagnetic metallic contrast agents, diaCEST provides natural, non-metallic labels. As a consequence, this methodology has already allowed the use of many agents in vivo in animals, while endogenous markers such as cellular peptides and sugar derivatives are even been studied in humans. Recent data suggest that amide proton transfer (APT) may provide a biomarker for separating tumor recurrence from treatment necrosis in the brain. ^3 In this presentation, an overview will be given of current diaCEST agents as well as of their applications and pitfalls. Based on its non-invasive character, diaCEST is expected to revolutionize the rapid translation of contrast agents to the clinic. The field is evolving rapidly and many novel exogenous agents and endogenous markers are expected to be discovered in the near future. Reference: 1) Ward KM et al. J Magn Reson 2000;143:79–87. 2) van Zijl PC, Yadav NN. Magn Reson Med. 2011;65(4):927-48. 3) Zhou J. et al. Nat Med. 2011;17(1):130-4. -- ************************************************************************ Dr. Rebecca E. Millman Science Liaison Officer York Neuroimaging Centre The Biocentre York Science Park Heslington YO10 5DG Tel: +44 (0) 1904 567614 Fax: +44 (0) 1904 435356

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[Fwd: [megcommunity] MEG related positions at the Donders Institute/Nijmegen]
by Gary Green 15 Aug '11

15 Aug '11

FYI --------------------- Dear all, I would like to point your attention to the following MEG related positions at the Donders Institute, Nijmegen, The Netherlands. PhD position: cueing in Parkinson’s disease http://www.umcn.nl/OverUMCstRadboud/werkenbij/Pages/Vacature.aspx?VacatureN… PhD position: Bridging the Gap between Neuronal Activity and Neuroimaging http://www.ru.nl/donders/jobs/vm/vacancies/ Post doctoral fellow in sensorimotor neuroscience http://www.umcn.nl/OverUMCstRadboud/werkenbij/Pages/Vacature.aspx?VacatureN… *** <http://www.ru.nl/publish/pages/605682/phd_position_30_08_111.pdf>*** All the best, Ole -- Ole Jensen http://www.neuosc.com -- Gary Green York Neuroimaging Centre The Biocentre York Science Park Innovation Way Heslington York YO10 5DG http://www.ynic.york.ac.uk https://www.ynic.york.ac.uk/about-us/people/ggrg tel. +44 (0) 1904 435349 PA - Claire Fox : +44 (0) 1904 435329 or Claire.Fox(a)ynic.york.ac.uk fax +44 (0) 1904 435356 mobile +44 (0) 788 191 3004

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YNiC seminar today (external speaker)
by rem 11 Aug '11

11 Aug '11

Dear Users Today (4-5 pm in YNiC) there will be a talk by Dr Aneurin Kennerley from the University of Sheffield. http://www.sheffield.ac.uk/psychology/staff/research/aneurin-kennerley The title of Dr Kennerley's talk is "Concurrent 7T fMRI and 2-D Optical Imaging Spectroscopy: Towards building a forward model between neuronal activity and the BOLD signal". Please see below for the talk abstract. Everyone is welcome to attend and refreshments will be provided after the talk. Best wishes Rebecca Abstract: Functional magnetic resonance imaging (fMRI) has become the cornerstone of cognitive neuroscience in recent years. The widely used Blood Oxygenation Level Dependent (BOLD) signal is often used to interpret changes in neuronal activation. However, at present, a biophysical understanding of the neurovascular drivers of the BOLD signal is not clear and thus hinders any quantitative estimation of the underlying neuronal activity. Neuroimaging research at the University of Sheffield drives towards building a forward biophysical model of this complex relationship. As part of this multidisciplinary group my research is aimed at developing a general model of the BOLD signal which can model both intra- and extra- vascular MR signals, across a wide range of imaging parameters, from estimates of the haemodynamic changes. Validation and refinement of the haemodynamic response models underlying fMRI signals, an essential precondition for the correct interpretation of human BOLD data requires invasive multimodal animal imaging. I have developed an innovative in-vivo methodology for concurrent fMRI and 2D optical imaging spectroscopy (2D-OIS) techniques for simultaneous measurement of BOLD signal and underlying haemoglobin changes to neuronal activation in the healthy rodent model. Applications of this technology include: 1) Understanding of the negative BOLD signal (Boorman et al 2010). Most researchers assume a negative BOLD to be a result of either neuronal inhibition or vascular steal. It is only with the simultaneous, independent measurement of haemoglobin changes (with 2D-OIS) that one could disassociate any possible physiological relationships; 2) Refinement of mathematical and biophysical models of both the BOLD signal and optical imaging spectroscopy techniques (Kennerley et.al. 2009); 3) Calibration of non-BOLD fMRI techniques such as VASO and ASL; 4) Interpretation of abnormal BOLD responses; specifically in disease and trauma conditions in which either neuronal or haemodynamic breakdown could be responsible. [1] Boorman, L.W. et.al. (2010) /Journal of Neuroscience/. /30(12): 4285-94;/ [2] Kennerley, A.J. et.al (2009) /NeuroImage 47:1608-1619/; -- ************************************************************************ Dr. Rebecca E. Millman Science Liaison Officer York Neuroimaging Centre The Biocentre York Science Park Heslington YO10 5DG Tel: +44 (0) 1904 567614 Fax: +44 (0) 1904 435356

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YNiC seminar 11th August (external speaker)
by rem 08 Aug '11

08 Aug '11

Dear Users This Thursday (4-5 pm in YNiC) there will be a talk by Dr Aneurin Kennerley from the University of Sheffield. http://www.sheffield.ac.uk/psychology/staff/research/aneurin-kennerley The title of Dr Kennerley's talk is "Concurrent 7T fMRI and 2-D Optical Imaging Spectroscopy: Towards building a forward model between neuronal activity and the BOLD signal". Please see below for the talk abstract. Everyone is welcome to attend and refreshments will be provided after the talk. Best wishes Rebecca Abstract: Functional magnetic resonance imaging (fMRI) has become the cornerstone of cognitive neuroscience in recent years. The widely used Blood Oxygenation Level Dependent (BOLD) signal is often used to interpret changes in neuronal activation. However, at present, a biophysical understanding of the neurovascular drivers of the BOLD signal is not clear and thus hinders any quantitative estimation of the underlying neuronal activity. Neuroimaging research at the University of Sheffield drives towards building a forward biophysical model of this complex relationship. As part of this multidisciplinary group my research is aimed at developing a general model of the BOLD signal which can model both intra- and extra- vascular MR signals, across a wide range of imaging parameters, from estimates of the haemodynamic changes. Validation and refinement of the haemodynamic response models underlying fMRI signals, an essential precondition for the correct interpretation of human BOLD data requires invasive multimodal animal imaging. I have developed an innovative in-vivo methodology for concurrent fMRI and 2D optical imaging spectroscopy (2D-OIS) techniques for simultaneous measurement of BOLD signal and underlying haemoglobin changes to neuronal activation in the healthy rodent model. Applications of this technology include: 1) Understanding of the negative BOLD signal (Boorman et al 2010). Most researchers assume a negative BOLD to be a result of either neuronal inhibition or vascular steal. It is only with the simultaneous, independent measurement of haemoglobin changes (with 2D-OIS) that one could disassociate any possible physiological relationships; 2) Refinement of mathematical and biophysical models of both the BOLD signal and optical imaging spectroscopy techniques (Kennerley et.al. 2009); 3) Calibration of non-BOLD fMRI techniques such as VASO and ASL; 4) Interpretation of abnormal BOLD responses; specifically in disease and trauma conditions in which either neuronal or haemodynamic breakdown could be responsible. [1] Boorman, L.W. et.al. (2010) /Journal of Neuroscience/. /30(12): 4285-94;/ [2] Kennerley, A.J. et.al (2009) /NeuroImage 47:1608-1619/; -- ************************************************************************ Dr. Rebecca E. Millman Science Liaison Officer York Neuroimaging Centre The Biocentre York Science Park Heslington YO10 5DG Tel: +44 (0) 1904 567614 Fax: +44 (0) 1904 435356

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[Fwd: [Eeglabnews] EEGLAB multiple subject channel interpolation bug]
by Claire Fox (secretary for Gary Green) 05 Aug '11

05 Aug '11

Some users may need to be aware of this particular bug in EEG. -- Claire Fox PA to Professor Gary Green The York Neuroimaging Centre Innovation Way Science Park York YO10 5DG Tel: 01904 435329 Fax: 01904 435356 Email: Claire.fox(a)ynic.york.ac.uk

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[Fwd: [megcommunity] Invitation to contribute to a Special Issue on Brain Oscillations during Language Processing]
by Gary Green 02 Aug '11

02 Aug '11

FYI --------------------------------------- Dear colleagues, We would like to invite you to contribute your research to our special issue on the role of brain oscillations in language processing, to appear in Frontiers in Language Science. You can visit the web site at: _http://www.frontiersin.org/languagesciences/specialtopics/brain_oscillatio… See detailed description below. The call has been very successful so far and prominent figures in the field have joined us in this project. We are looking forward to receiving your research. Best wishes, Lucia Melloni & Marcela Pena *Brain Oscillations during Language Processing: from Perception to Production * /Deadline for abstract submission: 01 Sep 2011 / /Deadline for full article submission: 15 Dec 2011 / Language processing is a seemingly effortless task that requires the integration of speech units (e.g., phonemes, syllables, words, etc.) occurring at different rates. In particular, temporal binding for speech should occur within and across different temporal scales, necessitating multiple simultaneous windows of integration for prosodic, semantic, syntactic and pragmatic processing. Recent evidence suggests that neuronal oscillations may reflect both tracking linguistic units at their individual rhythms as well as integrating speech units over a large range of temporal scales. The present Research Topic would like to evaluate current theories and evidence for a mechanistic role of neuronal oscillations in measuring language processing, covering the latest advances brought about by EEG, MEG and fMRI imaging methods. Our main focus is to highlight innovative and foundational studies that go beyond methodological issues and advance our theoretical understanding of the role of brain oscillations in language processing. Contributions from the pioneers of this field are selected, illustrating how the study of brain oscillations has allowed investigating theoretically relevant questions that could not be addressed by more traditional methods. The topic thus aims at deepening our mechanistic understanding of language processing and bringing us closer to bridging the gap between brain, mind and behavior for the crucial cognitive function of speech. Hosted By: Marcela Pena <http://www.frontiersin.org/people/MarcelaPena/5634>, Catholic University of Chile, Chile Lucia Melloni <http://www.frontiersin.org/people/LuciaMelloni/32689>, Max Planck Institute for Brain Research, Germany ------------------------------ Lucia Melloni, Ph.D Max Planck Institute for Brain Research Deutschordenstr. 46 60528 Frankfurt am Main Germany lucia.melloni(a)brain.mpg.de <mailto:lucia.melloni@brain.mpg.de> T: +49 69 96769-268 <tel:%2B49%2069%2096769-268> F: +49 69 96769-327 <tel:%2B49%2069%2096769-327> -- Gary Green

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HBM Review Presentation
by michael＠ynic.york.ac.uk 28 Jul '11

28 Jul '11

Dear all, for the few of you who wanted to follow up some of the references from my talk today, I've put the presentation here: /groups/resources/hbmReview.pptx Some of the videos probably won't work, so I've added links to where they may be accessed. Michael

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[Fwd: [megcommunity] Researcher positions available at ATR, Japan]
by Gary Green 27 Jul '11

27 Jul '11

FYI -------- Original Message -------- To Whom it May Concern: ATR Neural Information Analysis Laboratories, Kyoto, Japan, have openings for researcher positions and invite applications from Ph.D. holders (or Ph.D. candidates who are very close to completion) with strong motivations and ambitions in the research project described below. Our institute ATR, located in western Japan, is one of the top research centers in computational neuroscience, biomedical signal processing, and robotics in Asia (see http://www.cns.atr.jp/en/ for more details). Our group research on brain-machine interface (BMI), which controls actuators by estimating human movement and intension from brain activities measured noninvasively by MEG, EEG, fMRI, and NIRS. In particular, we focus on developing information scientific methods, bio-measurement techniques, and neurosciences. The project for which we are recruiting aims to construct a new information-communication technology to connect people and machines through engineering applications of neuroscience. More specifically, the project's goal is to develop a BMI methodology that works well in various environments in the real world by simultaneous measurement of human behavior and brain activities and also by parallel and distributed processing of large-scale data. We look forward to your applications and recommendations. Shin Ishii ATR Neural Information Analysis Laboratories, Kyoto, Japan = Job description = (1) Ambient informatics team The researcher will join a team dedicated for establishing an environment for continuous measurement and recognition of human behavior in a daily life. Here, the "environment" includes hardware facilities, efficient network, and pattern recognition algorithms and software. The team is supported by engineers. Data measurement devices include stereo cameras, laser range finders, microphones, pyroelectric sensors, power monitors (for appliance), and bio-measurement devices (for electromyogram (EMG), heart pulse, blood pressure, perspiration, and temperature). Good proposals for additional measurement modalities will be welcomed. (2) Decoding team The researcher will join a team dedicated for developing artifact reduction and decoding algorithms for brain activities measured under real environments. Brain activity data measured in real environments would often be contaminated by non-brain signals, which must be reduced by all means for further analysis. By solving a challenging research problem of decoding of movement or intension in uncontrolled experiments, the team will develop BMI algorithms under real environments. The successful candidate should have a strong background in machine learning, information retrieval, or statistical signal processing. Excellent programming skills and experiences of large-scale data analysis will be advantageous. (3) Neurosciences team The researcher will join a team dedicated for neuroscience studies focusing on human decision making and motor control under real environments. The team's challenging goal is to elucidate the neural bases involved in decision making and motor control, which are sufficiently robust even in the uncertain real world, by fully utilizing newly developed techniques of brain machine interface. The teams include several foreign researchers and we also have collaborated closely with researchers in countries overseas. Thus, applications from abroad are particularly welcome. = Requirements = Applicants must: - have a Ph.D. (or be near completion). - have strong motivations and ambitions to take part in the research above. Also, researchers having interest in neural and human science with expertise in one or more of the following areas are welcomed: - Statistics, machine learning, parallel distributed computing, signal processing, artificial intelligence, bio-measurement and instrumentation, computer vision, statistical physics, cognitive psychology. Exceptional applicants with a master’s or equivalent degree will be considered as well. = Number of openings = Few = Employment conditions = Position : Full-time Researcher / Full-time Research Engineer Tenure : Single year based contract, renewable based on evaluation Treatment: Based on individual performance Work Location: Advanced Telecommunications Research Institute International (ATR) 2-2-2 Hikaridai, Seika-cho, Soraku-gun, Kyoto 619-0288, Japan = Application materials = Please submit the following five materials to the contact address below, either in printed or electronic form: 1. CV 2. List of publications 3. Reprints of 1–3 major publications 4. Document (one or two pages in A4 or letter size) describing: - Summary of your previous research - Interests and proposal for research - Additional research skills not directly foreseeable from publications 5. Recommendation letters from two researchers * Original documents you submit will not be returned. = Judging system = After documentary examination, we ask for presentation and interview if needed = Starting date = After October 2011 (negotiable) = Deadline for application = Opens until positions are filled. = Contact = ATR Neural Information Analysis Laboratories (Application for Researcher Position) 2-2-2 Hikaridai, Seika-cho, Soraku-gun, Kyoto 619-0288, Japan Email: dbi-info(a)atr.jp = Use of personal data = All personal data received will be properly managed and only be used for the purpose of recruitment. -- Gary Green

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MRI music
by Liat Levita 26 Jul '11

26 Jul '11

MRI scanner inspires a multimedia performance http://www.bbc.co.uk/news/entertainment-arts-14283203 Thought would be of interest. Liat

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YNiC seminar 28th July
by Rebecca E Millman 25 Jul '11

25 Jul '11

Dear Users This Thursday (4 pm in YNiC) Michael Simpson will give a review of the recent Human Brain Mapping meeting. Everyone is welcome to attend and refreshments will be served afterwards. Best wishes Rebecca -- Dr. Rebecca E. Millman York Neuroimaging Centre The Biocentre York Science Park York YO10 5DG Email: rem(a)ynic.york.ac.uk Tel: 01904 435 5373

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fMRI Angst
by philip quinlan 22 Jul '11

22 Jul '11

Hi Together with Andre and Nikos, we have collected some potentially very interesting results via an fMRI study on task switching. The issue is this. When we do group analyses with cluster correction, 3 very large blobs are found in contrasting cond 1 with cond 2. However, in playing with fslview it is clear that within these blobs there are more interesting localised islands of activity. My dilemma is this if we simply report the cluster-corrected blobs that is okay but what I really want to discuss are these other ROIs. So how do I get this published and satisfy the statisitcal reviewer? I cannot do a simple a priori ROI analysis because some of the conditions are relatively novel and we cant predict where the ROIs might be. We can do this via email or I can talk about this at YNiC next week perhaps? Philip. ******************************************************************** Philip Quinlan E-Mail: ptq1(a)york.ac.uk Department of Psychology FAX: (01904) 323181 The University of York Tel: (01904) 320000 Ext. 3135 Heslington Direct : (01904) 323135 York YO10 5DD U.K. ********************************************************************

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[Fwd: Postdoc position in cognitive neuroscience ~ Oxford University]
by Gary Green 21 Jul '11

21 Jul '11

FYI ------------------- A postdoctoral position is available for up to 3 years for a cognitive neuroscientist interested in the functional and neural basis of attention, control, and learning. The successful candidate will work on a BBSRC-funded project investigating the role of action outcomes in cognitive control, using fMRI, EEG, and behavioural methods. The research will be conducted in Oxford as part of a new collaboration between Dr Nick Yeung, in the Dept of Experimental Psychology at Oxford, and Dr Florian Waszak, in the Laboratoire Psychologie de la Perception at the Universite Paris Descartes. We offer an international research environment and the opportunity for the successful applicant to develop skills in a broad range of complementary methods in cognitive neuroscience. For more information about the post, including instructions on how to apply, please visit: http://www.recruit.ox.ac.uk/pls/hrisliverecruit/erq_jobspec_version_4.jobsp… Or contact Nick Yeung at nicholas.yeung(a)psy.ox.ac.uk Further information about Yeung and Waszak's labs can be found at: http://psyweb.psy.ox.ac.uk/acc/ http://lpp.psycho.univ-paris5.fr/person.php?name=FlorianW The closing date for applications is August 26, 2011. -- Gary Green

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Postdoc position in Pennsylvania w. Thompson-Schill
by Dashiel Munding 20 Jul '11

20 Jul '11

Thought there might be someone out there interested in this - 3 years too early for me unfortunately! Dash http://www.talkingbrains.org/2011/07/ost-doctoral-position-in-language.html…

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School visit tomorrow.
by Michael Simpson 19 Jul '11

19 Jul '11

Dear all, just to let you know that there will be a school visit in YNiC from 10.00 until 11.15 tomorrow, July 20th. No workstations will be used, however the presentation area will be being used. Therefore, Open Plan will be busier than usual, and there will no doubt be a greater level of background noise ... Michael -- Dr Michael Simpson Science Liaison Officer York Neuroimaging Centre Innovation Way York YO10 5DG Tel: 01904 567614 Web: http://www.ynic.york.ac.uk

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Karl Friston Celebrations
by Gary Green 15 Jul '11

15 Jul '11

I would like to thank everyone in Psychology, the YNiC-Users and the YNiC Staff for all their contributions to celebrating the award of an honorary doctorate to Karl Friston. He asked me to pass on his additional appreciation to those of you who contributed to the absolutely fabulous workshop in the Venables Room yesterday. He was full of praise for the studies being undertaken and for the excellent talks. He kept referring to the work for the rest of the day and clearly took away some very strong impressions of the research being carried out in Psychology. I would also like to personally thank Claire Fox for her calm, professional and wonderful organisation of all the events that were associated with Karl Friston's visit. Thank you all - we should do it again! Gary -- Gary Green York Neuroimaging Centre The Biocentre York Science Park Innovation Way Heslington York YO10 5DG http://www.ynic.york.ac.uk https://www.ynic.york.ac.uk/about-us/people/ggrg tel. +44 (0) 1904 435349 PA - Claire Fox : +44 (0) 1904 435329 or Claire.Fox(a)ynic.york.ac.uk fax +44 (0) 1904 435356 mobile +44 (0) 788 191 3004

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RE: Colin Blakemore - champagne reception at YNiC
by Tim Andrews 15 Jul '11

15 Jul '11

Dear All, Thanks to those who attended the reception at YNiC for Colin yesterday. There was a really nice buzz about the place. Thanks particularly to those who showed Colin around and demonstrated the different techniques we have at YNiC. It gave an excellent (and correct) impression of the great research that is taking place. Finally, thanks to Pete, Gary and Quentin for their anecdotes and tributes to Colin and to Claire for organizing the event so brilliantly. Best wishes, Tim From: Tim Andrews [mailto:t.andrews@psych.york.ac.uk] Sent: 13 July 2011 14:59 To: 'all(a)psych.york.ac.uk'; 'ynic-users(a)ynic.york.ac.uk' Subject: Colin Blakemore - champagne reception at YNiC Dear All, Professor Colin Blakemore FRS will be receiving an honorary degree from the University tomorrow (Thursday). Some of us have been directly influenced by Colin's research, but many of you will be more aware of Colin's contribution to the public understanding of science http://www.neuroscience.ox.ac.uk/directory/colin-blakemore. To recognize Colin's achievements, the Department will be holding a champagne reception at YNiC around 3.20-3.30 tomorrow in the open plan area. There are a few of us who know Colin well and we will say a few words about him. Quentin will then say a few words about Colin's contribution to the MRC and his role more generally in communicating the importance of science to the public. You are all welcome to come to this event. It is only for a short time, so please try and come if you can. It would also be great to see some younger faces. If you are intending on coming, can you please email Claire Fox at YNiC. Best wishes, Tim -- Dr Tim Andrews Department of Psychology University of York York, YO10 5DD UK Tel: 44-1904-434356 Fax: 44-1904-433181 http://www-users.york.ac.uk/~ta505/

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Colin Blakemore - champagne reception at YNiC
by Tim Andrews 13 Jul '11

13 Jul '11

Dear All, Professor Colin Blakemore FRS will be receiving an honorary degree from the University tomorrow (Thursday). Some of us have been directly influenced by Colin's research, but many of you will be more aware of Colin's contribution to the public understanding of science http://www.neuroscience.ox.ac.uk/directory/colin-blakemore. To recognize Colin's achievements, the Department will be holding a champagne reception at YNiC around 3.20-3.30 tomorrow in the open plan area. There are a few of us who know Colin well and we will say a few words about him. Quentin will then say a few words about Colin's contribution to the MRC and his role more generally in communicating the importance of science to the public. You are all welcome to come to this event. It is only for a short time, so please try and come if you can. It would also be great to see some younger faces. If you are intending on coming, can you please email Claire Fox at YNiC. Best wishes, Tim -- Dr Tim Andrews Department of Psychology University of York York, YO10 5DD UK Tel: 44-1904-434356 Fax: 44-1904-433181 http://www-users.york.ac.uk/~ta505/

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Informal imaging workshop, Thursday
by Gary Green 12 Jul '11

12 Jul '11

Dear Colleagues Many thanks to those of you who have volunteered or have been volunteered to speak at the imaging workshop on Thursday morning. The draft programme is Imaging Workshop Thursday 14th July 2011 Venables Room, Department of Psychology Start 9.30am Piers Cornelissen and Katie Wheat Padraig Kitterick Sylvia Gennari and Gina Humphreys Garreth Prendergast and Mark Hymers Coffee 11am - 11.20am Simon Duckett and Gary Green Tony Morland, Ed Silson and Ivan Alvarez Tim Andrews, Heidi Baseler, Rich Harris and Giulia Mattavelli Lunch 1pm So each team have about 15-20 minutes to present followed by questions If you have not told Claire that you wish to have lunch please can you do so today as we need to let the caterers know the final figures by the end of the day. Gary -- Gary Green York Neuroimaging Centre The Biocentre York Science Park Innovation Way Heslington York YO10 5DG http://www.ynic.york.ac.uk https://www.ynic.york.ac.uk/about-us/people/ggrg tel. +44 (0) 1904 435349 PA - Claire Fox : +44 (0) 1904 435329 or Claire.Fox(a)ynic.york.ac.uk fax +44 (0) 1904 435356 mobile +44 (0) 788 191 3004

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Re: Found Coat
by bsr505＠york.ac.uk 10 Jul '11

10 Jul '11

I resisted the temptation to make any accusations.... > Err, with it being xl, I think there's only one candidate owner of that > coat....... > >Sent from my HTC > >----- Reply message ----- >From: bsr505(a)york.ac.uk >To: <ynic-users(a)ynic.york.ac.uk> >Subject: Found Coat >Date: Sat, Jul 9, 2011 19:24 > > >Dear all, > > After the humiliating (given the vastly superior resources at our > disposal) defeat by the lectures/PhD students of the MSc students, I > picked up a coat that was left in the pub (The Phoenix). It is a black XL > Altura lightweight rain coat. If it is anyone's please email me back and > I will get it back to you. > >Best, > >Bruce Rawlings > >-- >ynic-users mailing list >ynic-users(a)ynic.york.ac.uk >https://www.ynic.york.ac.uk/mailman/listinfo/ynic-users >

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Re: Found Coat
by a.morland＠psych.york.ac.uk 09 Jul '11

09 Jul '11

Err, with it being xl, I think there's only one candidate owner of that coat....... Sent from my HTC ----- Reply message ----- From: bsr505(a)york.ac.uk To: <ynic-users(a)ynic.york.ac.uk> Subject: Found Coat Date: Sat, Jul 9, 2011 19:24 Dear all, After the humiliating (given the vastly superior resources at our disposal) defeat by the lectures/PhD students of the MSc students, I picked up a coat that was left in the pub (The Phoenix). It is a black XL Altura lightweight rain coat. If it is anyone's please email me back and I will get it back to you. Best, Bruce Rawlings -- ynic-users mailing list ynic-users(a)ynic.york.ac.uk https://www.ynic.york.ac.uk/mailman/listinfo/ynic-users

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Found Coat
by bsr505＠york.ac.uk 09 Jul '11

09 Jul '11

Dear all, After the humiliating (given the vastly superior resources at our disposal) defeat by the lectures/PhD students of the MSc students, I picked up a coat that was left in the pub (The Phoenix). It is a black XL Altura lightweight rain coat. If it is anyone's please email me back and I will get it back to you. Best, Bruce Rawlings

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[Fwd: Postdoctoral Research Fellowship - Neural mechanisms of auditory perception]
by Gary Green 08 Jul '11

08 Jul '11

FYI ---------------------------------------- Postdoctoral Research Fellowship -- Neural mechanisms of auditory perception MRC Institute of Hearing Research -- Nottingham A three year postdoctoral (career development) fellowship is now available to study cortical responses to sound and their relationship to auditory perception. This will involve combining neurophysiology and behavioural methods to record neuronal responses in alert animals that are actively listening and responding to sounds. Salary commencing: £26,022 - £31,758 Closing date: 21 July 2011 Ref: IRC 24333 For further details please visit www.ihr.mrc.ac.uk/vacancies<http://www.ihr.mrc.ac.uk/vacancies <http://www.ihr.mrc.ac.uk/vacancies%3chttp:/www.ihr.mrc.ac.uk/vacancies>> Applications are handled by the RCUK Shared Services Centre; to apply please visit our job board https://ext.ssc.rcuk.ac.uk and complete an online application form. Applicants who would like to receive this advert in an alternative format (e.g. large print, Braille, audio or hard copy) or who are unable to apply online should contact us by telephone on 01793 867003, quoting reference number IRC 23444. The MRC is an Equal Opportunities Employer --------------------------------------- Dr C.J. Sumner MRC Institute of Hearing Research. chris(a)ihr.mrc.ac.uk -- Gary Green

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Thanks for all!
by kanjing＠cs.york.ac.uk 07 Jul '11

07 Jul '11

Dear All, Thanks for all the kind help and advice you give me during my PHD study years! I really appreciate it! I cannot do it without your help! I left some chocolate on the table outside of Gary's office, please help yourself to enjoy it! Best regards, Jing :)

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YNiC seminar today
by Rebecca E Millman 07 Jul '11

07 Jul '11

Dear Users Today (4-5 pm) there will be a project proposal presentation given by Rich Harris. The title of Rich's talk is "The neural representation of perceived changes in facial expression". Please see below for the talk abstract. Everyone is welcome to attend and refreshments will be provided. Best wishes Rebecca Abstract: How the brain represents different aspects of faces remains controversial. This experiment will present participants with stimuli drawn from morphed continua between two different emotional facial expressions. In paired presentations, a second face could: (1) be identical to the first; (2) share the perceived expression category but differ physically along the morphed continuum (within-expression change); (3) differ physically by the same distance along the continuum but in a direction that leads participants to classify the face pairs as showing expressions of different basic emotions (between-expression change). Using an fMR-adaptation paradigm, our aim is to reveal regions of the brain whose activity corresponds to our sensitivity to changes in facial expression. -- Dr. Rebecca E. Millman York Neuroimaging Centre The Biocentre York Science Park York YO10 5DG Email: rem(a)ynic.york.ac.uk Tel: 01904 435 5373

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